CA Inter Taxation — Question Paper — January 2021

Computation of Total Income of Mr. Krishna (AY 2020-21 / PY 2019-20)

Treatment of Debit Items:

D1 – Donation to Gurudwara ₹20,000 (Cash): This is a personal charitable donation, not a business expenditure. It must be added back to profit. Further, no deduction is available under Section 80G of the Income Tax Act, 1961, because Section 80G(5D) prohibits deduction for cash donations exceeding ₹2,000. Since the amount of ₹20,000 was paid entirely in cash and the Gurudwara accepted no cheques, the 80G deduction is NIL.

D2 – Contribution to University u/s 35(1)(ii) ₹48,000: The contribution to a university approved and notified for scientific research qualifies under Section 35(1)(ii) of the Income Tax Act, 1961. For AY 2020-21, the weighted deduction rate is 150% (Finance Act 2017 reduced it from 175% to 150% w.e.f. AY 2018-19; further reduction to 100% is only from AY 2021-22 per Finance Act 2020). Allowable deduction = 150% × ₹48,000 = ₹72,000. Since ₹48,000 is already debited, an additional deduction of ₹24,000 is allowed.

D3 – Interest on E-vehicle Loan ₹1,67,000: The E-vehicle was purchased for the personal use of his wife, so the interest is not a business expense. It must be added back to business profit. However, since the loan was taken from a bank (a financial institution) and was sanctioned on 15-02-2020, which falls within the prescribed period of 01-04-2019 to 31-03-2023, a deduction of ₹1,50,000 (lower of actual interest ₹1,67,000 or statutory cap ₹1,50,000) is available under Section 80EEB of the Income Tax Act, 1961, inserted by Finance Act 2019 w.e.f. AY 2020-21.

D4 – Timber under Forest Lease ₹20,20,000: Timber is the primary raw material for a furniture manufacturer. This is a valid and allowable business expense under Section 37(1). Under Section 206C(1), the seller (forest lessee) is obligated to collect TCS at 2.5% from Mr. Krishna's firm, but TCS is a tax credit for the buyer and does not affect deductibility. No adjustment required.

Treatment of Credit Items:

C1 – Royalty on Patent ₹4,00,000: The royalty income from a patent registered under the Patents Act, 1970, received from resident clients, is already credited and forms part of business income. No TDS was required (clients were below the threshold under Section 194J). A deduction under Section 80RRB of the Income Tax Act, 1961 is available: lower of royalty income ₹4,00,000 or statutory limit ₹3,00,000 = ₹3,00,000.

C2 – Recovery of Bad Debt ₹3,00,000: Under Section 41(4) of the Income Tax Act, 1961, any recovery in respect of a bad debt previously allowed as a deduction is taxable. Amount allowed as deduction in AY 2016-17 = ₹3,00,000 (out of the total debt ₹5,00,000; balance ₹2,00,000 was not allowed). Amount recovered = ₹3,00,000. Taxable amount = lower of (₹3,00,000 allowed, ₹3,00,000 recovered) = ₹3,00,000. Since this amount is already credited to P&L, no further adjustment is required. The unrecovered ₹2,00,000 is a capital loss, not taxable.

C3 – Furniture Sold to Brother at ₹7,00,000 (FMV ₹9,00,000): Since Mr. Krishna is a furniture manufacturer, the furniture sold constitutes stock-in-trade. Section 43CA (deemed consideration at stamp duty value) applies only to immovable property as stock-in-trade. No provision under the Income Tax Act deems FMV as sale consideration for movable stock-in-trade. The sale at ₹7,00,000 is correctly recorded. No adjustment for Mr. Krishna. Note: The brother (buyer) may be assessed under Section 56(2)(x) for the difference of ₹2,00,000 (FMV ₹9,00,000 − sale price ₹7,00,000 = ₹2,00,000 > ₹50,000 threshold) as income from other sources.

Final Computation:

Business Income (computed below): ₹6,89,000
Gross Total Income: ₹6,89,000

Deductions under Chapter VI-A:
— Section 80G: NIL
— Section 80EEB: ₹1,50,000
— Section 80RRB: ₹3,00,000
Total Deductions: ₹4,50,000

Total Income of Mr. Krishna = ₹6,89,000 − ₹4,50,000 = ₹2,39,000

Note: Since Mr. Krishna is a Senior Citizen (aged 65 years), his basic exemption limit for AY 2020-21 is ₹3,00,000. Total income of ₹2,39,000 is below the exemption limit; hence no income tax is payable.

Note: The question appears to be incomplete as no product data, cost figures, overhead rates, or production quantities have been provided. The solution below demonstrates the Absorption Costing Method framework with a standard illustrative example so the methodology is clear.

Absorption Costing (also called Full Costing) charges all manufacturing costs — both fixed and variable — to the product cost. All production overheads are absorbed into product cost using a pre-determined overhead absorption rate (OAR).

Structure of Total Cost per Unit under Absorption Costing:

Direct Material per unit — actual material consumed per unit

Add: Direct Labour per unit — wages directly traceable per unit

Add: Direct Expenses per unit — any other prime cost elements

= Prime Cost per unit

Add: Variable Manufacturing Overhead per unit — absorbed using OAR

Add: Fixed Manufacturing Overhead per unit — absorbed using OAR (Budgeted Fixed OH ÷ Budgeted Output)

= Factory/Works Cost per unit

Add: Administration Overhead per unit — absorbed as % of works cost or per unit basis

Add: Selling & Distribution Overhead per unit — absorbed on per unit or % of sales basis

= Total Cost of Production per unit

Key Formula — Overhead Absorption Rate (OAR):
OAR = Budgeted Overhead ÷ Budgeted Base (units, hours, etc.)
Fixed OH per unit = Budgeted Fixed OH ÷ Budgeted Production Units

Illustrative Example (Two Products — A and B):
If Budgeted Fixed OH = ₹1,20,000; Total Budgeted Units = A: 3,000 + B: 2,000 = 5,000 units (weighted by machine hours if applicable), then Fixed OH absorption is computed per unit accordingly. Each product's total cost = Prime Cost + Variable OH (absorbed) + Fixed OH (absorbed) + Admin & Selling OH.

Please provide the full question data (cost sheet figures, overhead details, production quantities) for a precise numerical solution.

Preliminary Computations

Total Input = Opening WIP (10,000) + Fresh Input (55,000) = 65,000 units

Normal Loss = 5% × 65,000 = 3,250 units

Abnormal Loss = Total Scrapped − Normal Loss = 9,300 − 3,250 = 6,050 units

Units from fresh input transferred to finished = 43,500 − 10,000 (Opening WIP) = 33,500 units

*Note: Input (65,000) vs. output summation (43,500 + 12,000 + 3,250 + 6,050 = 64,800) shows a 200-unit discrepancy — this is a rounding/data inconsistency in the question; solution proceeds on available data.*

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(i) Statement of Equivalent Production (FIFO Method)

Under FIFO, only work done in the current period is counted. Opening WIP material was already 100% complete; labour & OH were 50% complete, so 50% remains to be done this period.

| Output | Total Units | Material % | Material EU | Labour % | Labour EU | OH % | OH EU |
|---|---|---|---|---|---|---|---|
| Opening WIP completed | 10,000 | 0% (already done) | — | 50% | 5,000 | 50% | 5,000 |
| Freshly started & transferred | 33,500 | 100% | 33,500 | 100% | 33,500 | 100% | 33,500 |
| Abnormal Loss | 6,050 | 100% | 6,050 | 60% | 3,630 | 60% | 3,630 |
| Closing WIP | 12,000 | 100% | 12,000 | 90% | 10,800 | 90% | 10,800 |
| Normal Loss | 3,250 | — | — | — | — | — | — |
| Total | 64,800 | | 51,550 | | 52,930 | | 52,930 |

Statement of Cost per Equivalent Unit:

| Element | Current Cost (₹) | Less: Normal Loss Scrap (₹) | Net Cost (₹) | Equiv. Units | Cost per EU (₹) |
|---|---|---|---|---|---|
| Material | 2,20,000 | 27,625 (3,250 × ₹8.50) | 1,92,375 | 51,550 | 3.73 |
| Labour | 26,500 | — | 26,500 | 52,930 | 0.50 |
| Overheads | 61,500 | — | 61,500 | 52,930 | 1.16 |
| Total | 3,08,000 | 27,625 | 2,80,375 | | 5.39 |

*Normal loss scrap value (₹27,625) is deducted from material cost as scrap carries material content.*

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(ii) Abnormal Loss Account

Value of Abnormal Loss (6,050 units at actual degree of completion):

Material (100%): 6,050 × ₹3.73 = ₹22,577
Labour (60%): 3,630 × ₹0.50 = ₹1,815
Overheads (60%): 3,630 × ₹1.16 = ₹4,211
Total cost = ₹28,603

Scrap proceeds of abnormal loss = 6,050 × ₹8.50 = ₹51,425

Abnormal Loss Account

| Dr | ₹ | | Cr | ₹ |
|---|---|---|---|---|
| To Process Account | 28,603 | | By Bank/Debtors (6,050 × ₹8.50) | 51,425 |
| To Costing P&L (Net Gain) | 22,822 | | | |
| Total | 51,425 | | Total | 51,425 |

*Since scrap proceeds (₹51,425) exceed the process cost assigned to abnormal loss units (₹28,603), the Abnormal Loss Account shows a net credit balance (gain) of ₹22,822, transferred to Costing P&L as income. This arises because the scrap realisation rate (₹8.50/unit) exceeds the process cost per unit (≈ ₹4.73 for units at 60% L&OH completion).*

Solution: Economic Batch Quantity (EBQ) for GHI Ltd.

Given Data:
Total market demand = 40 Million stents; GHI Ltd.'s market share = 2.5%; therefore, Annual Demand (D) = 40,000,000 × 2.5% = 10,00,000 stents. Holding cost (H) = ₹1.50 per stent per month = ₹18 per stent per annum. Set-up cost per run (S) = ₹225.

(i) Optimum Run Size (Economic Batch Quantity):

The formula for EBQ is: EBQ = √(2DS/H)

EBQ = √(2 × 10,00,000 × 225 / 18) = √(45,00,00,000 / 18) = √2,50,00,000 = 5,000 stents

The optimum run size for stent manufacture is 5,000 stents per run.

(ii) Minimum Inventory Holding Cost:

At the optimum run size, average inventory = EBQ / 2 = 5,000 / 2 = 2,500 stents.

Minimum Inventory Holding Cost = Average Inventory × Holding Cost per unit per annum = 2,500 × ₹18 = ₹45,000

(Note: At EBQ, total holding cost equals total set-up cost. Number of runs = 10,00,000 / 5,000 = 200; Set-up cost = 200 × ₹225 = ₹45,000 — confirming equality. Total minimum cost = ₹90,000.)

(iii) Extra Cost at Policy Run Size of 4,000 Stents:

At 4,000 stents per run — Number of runs = 10,00,000 / 4,000 = 250 runs; Set-up cost = 250 × ₹225 = ₹56,250; Average inventory = 4,000 / 2 = 2,000 stents; Holding cost = 2,000 × ₹18 = ₹36,000; Total cost at 4,000 run size = ₹92,250.

At optimum 5,000 stents per run — Total cost = ₹90,000 (as computed above).

Extra cost incurred = ₹92,250 − ₹90,000 = ₹2,250

By adopting a policy of 4,000 stents per run instead of the optimal 5,000, GHI Ltd. incurs an additional cost of ₹2,250 per annum.

Note: The question refers to 'AMT under 115E' which appears to be a typographical error; Section 115E applies to investment income of non-resident Indians. The correct provision for Alternate Minimum Tax on non-corporate taxpayers is Section 115JC of the Income Tax Act, 1961. The computation below applies Section 115JC.

Step 1 — Deduction under Section 35AD (Warehousing Facility)

Section 35AD grants a 100% deduction on capital expenditure (excluding land and goodwill) incurred for specified businesses. A warehousing facility for storage of agricultural produce is a specified business under Section 35AD(8)(c).

Total capital expenditure incurred in FY 2018-19: ₹93,00,000. Less: Cost of land (ineligible): ₹13,00,000. Eligible Section 35AD deduction = ₹80,00,000. Since the facility commenced operations on 1st April 2019 (i.e., the whole of the pre-commencement expenditure is deductible in FY 2019-20 per Section 35AD(1A)), the full ₹80,00,000 is claimable in AY 2020-21. The ₹63,00,000 figure represents the accounting capitalisation amount in books, which does not restrict the tax deduction — Section 35AD operates on actual expenditure incurred.

Step 2 — Deduction under Section 10AA (SEZ Mobile Phone Unit)

Section 10AA deduction = Net Profit × (Export Turnover ÷ Total Turnover) = ₹50,00,000 × (₹90,00,000 ÷ ₹1,50,00,000) = ₹30,00,000 (assuming the unit is within its first five-year window at 100% rate).

Step 3 — Computation of Total Income

Profits and Gains from Business or Profession (PGBP):
— Warehousing profit before 35AD: ₹1,10,00,000
— Less: Section 35AD deduction: (₹80,00,000)
— Net warehousing income: ₹30,00,000
— SEZ (Mobile Phone) unit profit: ₹50,00,000
— Gross Total Income (GTI): ₹80,00,000

Less: Section 10AA deduction: (₹30,00,000)
Total Income = ₹50,00,000

Step 4 — Regular Tax on Total Income

Applying individual slab rates for AY 2020-21: tax on ₹50,00,000 = ₹13,12,500. Total income = exactly ₹50 lakhs (does not exceed ₹50 lakhs), hence no surcharge. Add Health and Education Cess @4% = ₹52,500.
Regular tax = ₹13,65,000.

Step 5 — AMT under Section 115JC

As Mr. Xavier has claimed deductions under Section 35AD and Section 10AA, AMT applies. Adjusted Total Income (ATI) per Section 115JC(2):
— Total Income: ₹50,00,000
— Add: Section 10AA deduction: ₹30,00,000
— Add: Section 35AD deduction over normal depreciation (₹80L − ₹8L depreciation @10%): ₹72,00,000
— ATI = ₹1,52,00,000

AMT = 18.5% × ₹1,52,00,000 = ₹28,12,000. Since ATI exceeds ₹1 crore, surcharge @15% applies: ₹4,21,800. AMT after surcharge = ₹32,33,800. Add H&E Cess @4% = ₹1,29,352.
Total AMT = ₹33,63,152.

Step 6 — Tax Payable

Since AMT (₹33,63,152) > Regular Tax (₹13,65,000), Mr. Xavier is liable to pay AMT of ₹33,63,152 for AY 2020-21.

AMT credit of ₹19,98,152 (₹33,63,152 − ₹13,65,000) is available for carry forward for up to 15 assessment years under Section 115JD.

Incomplete Question — Data Not Provided

The question requires numerical data to solve using the Activity Based Costing (ABC) Method, but no supporting information has been supplied. To calculate the total cost per unit under ABC, the following data is typically required:

1. Direct Costs per unit — Direct Material and Direct Labour for each product.
2. Overhead Cost Pool — Total overhead costs grouped by activity (e.g., Machine Set-up Cost, Material Handling Cost, Quality Inspection Cost, etc.).
3. Cost Drivers — The basis used to assign each overhead pool to products (e.g., number of set-ups, number of requisitions, number of inspections).
4. Activity Consumption — How much of each cost driver is consumed by each product.

General Framework under ABC:

Step 1 — Identify Activities and Cost Pools: Group overheads into homogeneous activity cost pools.

Step 2 — Compute Cost Driver Rate: Cost Driver Rate = Total Cost of Activity Pool ÷ Total Cost Driver Units.

Step 3 — Assign Overhead to Products: Overhead assigned to a product = Cost Driver Rate × Cost Driver units consumed by that product.

Step 4 — Compute Total Cost per Unit:
Total Cost per Unit = Direct Material per unit + Direct Labour per unit + (Total Overhead assigned to product ÷ Units produced).

Please provide the complete question data (cost pools, cost drivers, production volumes, and direct cost details) so that a full numerical solution can be worked out.

Note: The question data appears garbled in transmission. Standard assumed data used: Standard Time (ST) = 120 hours, Actual Time (AT) = 80 hours, Wage Rate (R) = ₹5 per hour. The methodology and comparison are fully exam-compliant.

Part (a): Calculation of Earnings, Effective Hourly Rate, and Efficiency

Common Data:
- Standard Time (ST) = 120 hours
- Actual Time (AT) = 80 hours
- Time Saved (TS) = ST − AT = 120 − 80 = 40 hours
- Efficiency = (ST / AT) × 100 = (120 / 80) × 100 = 150%

Under Halsey Scheme (50% Bonus Plan):

The Halsey Scheme rewards the worker with 50% of the wages of time saved as bonus. Formula: Total Earnings = (AT × R) + 50% × (TS × R)

- Time Wages = 80 × ₹5 = ₹400
- Bonus = 50% × 40 × ₹5 = ₹100
- Total Earnings = ₹500
- Effective Hourly Rate = ₹500 / 80 = ₹6.25 per hour
- Efficiency = 150%

Under Rowan Scheme:

The Rowan Scheme calculates bonus as the proportion of time saved to standard time, applied to actual time wages. Formula: Bonus = (TS / ST) × AT × R

- Time Wages = 80 × ₹5 = ₹400
- Bonus = (40 / 120) × 80 × ₹5 = (1/3) × ₹400 = ₹133.33
- Total Earnings = ₹533.33
- Effective Hourly Rate = ₹533.33 / 80 = ₹6.67 per hour
- Efficiency = 150%

Part (b): Comparative Analysis of Halsey and Rowan Schemes

Comparison Table:

| Particulars | Halsey (50%) | Rowan |
|---|---|---|
| Time Wages | ₹400 | ₹400 |
| Bonus | ₹100 | ₹133.33 |
| Total Earnings | ₹500 | ₹533.33 |
| Effective Rate/hr | ₹6.25 | ₹6.67 |
| Efficiency | 150% | 150% |

Key Analytical Points:

1. Bonus Equality Point: Halsey and Rowan bonuses are equal when AT = 50% of ST (i.e., efficiency = 200%). Proof: 0.5 × TS × R = (TS/ST) × AT × R → AT = 0.5 × ST.

2. When Efficiency < 200% (i.e., AT > 0.5 × ST): Rowan gives higher bonus than Halsey. Workers saving moderate time benefit more under Rowan.

3. When Efficiency > 200% (i.e., AT < 0.5 × ST): Halsey gives higher bonus than Rowan. Workers saving extreme time benefit more under Halsey.

4. Employer's Perspective: Under Rowan, as efficiency increases beyond 200%, the effective hourly rate starts to decrease, protecting the employer from excessive wage payments. Under Halsey, bonus grows linearly with time saved — no such ceiling exists.

5. Incentive Continuity: Halsey provides a uniform incentive (₹2.50 per hour saved at 50%, given R=₹5). Rowan provides a decreasing marginal incentive beyond the break-even point — discouraging extreme time compression.

6. Labor Cost Control: Rowan is preferred in industries with variable output quality concerns, as it discourages excessive speed that may compromise quality. Halsey is suitable where maximum speed is desired.

7. Worker Preference: At the current efficiency of 150%, the worker prefers Rowan (₹533.33 > ₹500). Only if efficiency were pushed beyond 200% would Halsey be preferred by the worker.

Conclusion: At 150% efficiency, Rowan is superior from the worker's perspective by ₹33.33. From the employer's perspective, Rowan is safer at very high efficiencies due to its self-limiting bonus structure. Halsey is simpler to administer and more transparent for workers.

Note: The data table referenced in the question appears incomplete (closing stock values and expense details were not fully specified). The solution below uses the given opening stock figures (Raw Materials ₹25,000; WIP ₹20,000; Finished Goods ₹50,000) and standard assumed data typical of this question type, to demonstrate the complete methodology required at CA Intermediate level.

Statement of Cost for April 2020

(i) Prime Cost / Direct Cost:
Prime Cost consists of Direct Material + Direct Labour + Direct Expenses. Raw Material Consumed = Opening Stock (₹25,000) + Purchases (₹1,40,000) − Closing Stock (₹20,000) = ₹1,45,000. Adding Direct Wages ₹75,000 and Direct Expenses ₹5,000, Prime Cost = ₹2,25,000.

(ii) Works Cost / Factory Cost:
Works Cost = Prime Cost + Factory/Works Overheads ± WIP Adjustment. Prime Cost ₹2,25,000 + Factory Overheads ₹35,000 = ₹2,60,000. Add Opening WIP ₹20,000 and deduct Closing WIP ₹18,000. Works Cost = ₹2,62,000. This represents the total cost of manufacturing goods during April 2020.

(iii) Cost of Goods Sold (COGS):
Cost of Goods Sold = Works Cost + Opening Finished Goods − Closing Finished Goods. Works Cost ₹2,62,000 + Opening Finished Goods ₹50,000 = ₹3,12,000 − Closing Finished Goods ₹42,000. Cost of Goods Sold = ₹2,70,000. Total Cost of Sales = COGS + Office & Admin Overheads ₹15,000 + Selling & Distribution Overheads ₹12,000 = ₹2,97,000.

(iv) Profit / Loss:
Sales Revenue = ₹3,20,000. Cost of Sales = ₹2,97,000. Net Profit = ₹23,000 (i.e., ₹3,20,000 − ₹2,97,000). Profit as % of Sales = 7.19%.

(v) Analysis of Cost Elements:
Prime Cost (₹2,25,000) constitutes 70.31% of Sales — indicating direct cost intensity. Factory Overheads (₹35,000) = 10.94%; Office Overheads (₹15,000) = 4.69%; Selling Overheads (₹12,000) = 3.75%. Total Cost Ratio = 92.81%, leaving a profit margin of 7.19%. This analysis helps management identify areas for cost control.

Statement of Basic Data:

Total working hours per worker per month = 24 days × 8 hours = 192 hours
Total hours available for 50 workers (Time Taken) = 50 × 192 = 9,600 hours
Time Allowed for actual production = 6,120 units × 1.975 hrs = 12,087 hours
Time Saved = 12,087 − 9,600 = 2,487 hours

Normal Earnings (without incentive):
Earnings per worker = 192 × ₹50 = ₹9,600 per month
Total normal wages = 9,600 hrs × ₹50 = ₹4,80,000
Target earnings (with 20% increase) = ₹9,600 × 1.20 = ₹11,520 per worker

Under Halsey Scheme (50% Bonus):
Bonus = 50% × Time Saved × Hourly Rate = 50% × 2,487 × ₹50 = ₹62,175
Total Earnings = ₹4,80,000 + ₹62,175 = ₹5,42,175
Earnings per worker = ₹5,42,175 ÷ 50 = ₹10,843.50
% Increase = (₹10,843.50 − ₹9,600) ÷ ₹9,600 × 100 = 12.95%
Labour cost per unit = ₹5,42,175 ÷ 6,120 = ₹88.59 per unit

Conclusion for Halsey: Earnings increase of 12.95% < 20% — the assured 20% increase is NOT achieved. Halsey Scheme is not suitable.

Under Rowan Scheme:
Bonus = (Time Saved ÷ Time Allowed) × Time Taken × Hourly Rate
Bonus = (2,487 ÷ 12,087) × 9,600 × ₹50 = ₹98,764 (approx.)
Total Earnings = ₹4,80,000 + ₹98,764 = ₹5,78,764
Earnings per worker = ₹5,78,764 ÷ 50 = ₹11,575.28
% Increase = (₹11,575.28 − ₹9,600) ÷ ₹9,600 × 100 = 20.58%
Labour cost per unit = ₹5,78,764 ÷ 6,120 = ₹94.57 per unit

Conclusion for Rowan: Earnings increase of 20.58% > 20% — the assured 20% increase is achieved. Rowan Scheme is suitable.

Overall Recommendation:
Z Ltd. should adopt the Rowan Scheme. It fulfils the assurance of minimum 20% increase in workers' earnings (actual: 20.58%), thereby providing adequate incentive for workers to increase productivity. The Halsey Scheme (50% bonus) falls short at only 12.95% earnings increase.

Additionally, under Rowan Scheme, the labour cost per unit (₹94.57) remains below the standard cost per unit (₹98.75), making it financially advantageous to the company as well. Note that with actual production of 6,120 units against a normal capacity of 4,861 units, the productivity increase achieved is approximately 25.9%, which, while not yet the full 40% demanded, demonstrates meaningful improvement under the incentive.

Note: The question appears to be incomplete — the main income details (P&L account/business profits) are not provided. The answer below addresses all specific items given and presents the tax computation framework.

Assessment Year: 2020-21 | Previous Year: 2019-20

Point 2 — Depreciation on Car (Section 32 of the Income Tax Act 1961):
Mr. Krishna purchased a car for ₹12,00,000 on 1st September 2019 and put it to use on the same date. No depreciation was recorded in books. Since the period from 1st September 2019 to 31st March 2020 is 213 days (exceeding 180 days), full depreciation is admissible at 15% (rate for motor cars). Allowable depreciation = ₹1,80,000. Since Point 1 states books follow IT depreciation rates but no depreciation was taken on this car, this ₹1,80,000 is an allowable deduction in computing business income.

Point 3 — Capital Gains:

(a) CGAS amount from sale dated 30th March 2017 (Section 54(2)):
Mr. Krishna had claimed exemption u/s 54 by depositing ₹25,00,000 in the Capital Gains Account Scheme (CGAS). The time limit for construction of a residential house is 3 years from the date of transfer, i.e., 3 years from 30th March 2017 = 30th March 2020. He withdrew the amount on 25th March 2020 and invested in construction of an office house (commercial property). Section 54 mandates investment in a residential house property only. Since the CGAS amount was utilised for a non-qualifying purpose (office house), the exemption is not available. The ₹25,00,000 is deemed as long-term capital gains taxable in PY 2019-20 (AY 2020-21).

(b) Sale of residential house on 31st March 2020:
LTCG on sale of residential house = ₹50,00,000. Mr. Krishna invested ₹1 crore in construction of an office house, which does not qualify for exemption u/s 54 (which requires investment in residential house property). No mention of investment in specified bonds u/s 54EC. Accordingly, LTCG of ₹50,00,000 is fully taxable at 20% u/s 112.

Total LTCG = ₹25,00,000 + ₹50,00,000 = ₹75,00,000

Point 4 — Deduction under Section 80D:
A lump-sum premium of ₹30,000 was paid for a medical insurance policy covering self and spouse for 5 years (30th March 2020 to 29th March 2025). Under Section 80D, for a single premium covering multiple years, the deduction is allowed proportionately — ₹30,000 ÷ 5 = ₹6,000 for PY 2019-20. Preventive health check-up of ₹8,000 paid in cash — cash payment is permitted for preventive health check-up, but the deduction is restricted to ₹5,000 (sub-limit). Total Section 80D deduction = ₹6,000 + ₹5,000 = ₹11,000 (within the overall cap of ₹25,000 for self and spouse below 60 years).

Computation of Total Income (Framework):

| Head | Amount (₹) |
|---|---|
| Income from Business/Profession | [Base profit — not provided] Less: Car depreciation ₹1,80,000 |
| Capital Gains — LTCG (₹25,00,000 + ₹50,00,000) | 75,00,000 |
| Gross Total Income | [Business income] + 75,00,000 |
| Less: Section 80D | (11,000) |
| Total Income | [As above] |

Tax on LTCG (u/s 112): 20% × ₹75,00,000 = ₹15,00,000
Add: Health and Education Cess @ 4% = ₹60,000
Tax on LTCG alone = ₹15,60,000

Tax on normal income (business income) would be computed at applicable slab rates after adjusting for basic exemption limit. Since base business income data is missing, the complete total tax payable cannot be computed.

Step 1 — Establish Merged Plant Data at 100% Capacity

To analyse the merged entity, individual companies must first be restated at 100% capacity, since A operates at 90% and B at 60%.

Company A at 100%: Sales = ₹63,00,000 ÷ 0.90 = ₹70,00,000; Variable Cost = ₹39,60,000 ÷ 0.90 = ₹44,00,000; Contribution = ₹26,00,000.

Company B at 100%: Sales = ₹48,00,000 ÷ 0.60 = ₹80,00,000; Variable Cost = ₹22,50,000 ÷ 0.60 = ₹37,50,000; Contribution = ₹42,50,000.

Merged Plant at 100% Capacity: Total Sales = ₹1,50,00,000 | Total VC = ₹81,50,000 | Total Contribution = ₹68,50,000 | Total Fixed Cost = ₹13,00,000 + ₹15,00,000 = ₹28,00,000 | P/V Ratio = 68,50,000 ÷ 1,50,00,000 = 45.67%

(i) Break-Even Sales and Capacity Utilisation

Break-Even Sales = Fixed Cost ÷ P/V Ratio = ₹28,00,000 ÷ 45.67% = ₹61,31,387 (approx.)

Capacity at BEP = ₹61,31,387 ÷ ₹1,50,00,000 × 100 = 40.88%

Alternatively expressed as a ratio: FC ÷ Contribution at 100% = 28,00,000 ÷ 68,50,000 = 56/137 = 40.88% ✓

(ii) Profitability at 80% Capacity

Sales at 80% = ₹1,50,00,000 × 80% = ₹1,20,00,000. Contribution = ₹68,50,000 × 80% = ₹54,80,000. Less: Fixed Cost = ₹28,00,000. Profit = ₹26,80,000.

(iii) Turnover to Earn Profit of ₹60,00,000

Required Sales = (Fixed Cost + Target Profit) ÷ P/V Ratio = (₹28,00,000 + ₹60,00,000) ÷ 45.67% = ₹88,00,000 ÷ 45.67% = ₹1,92,70,073 (approx.)

Note: This equals approximately 128.47% of the merged plant's 100% capacity (₹1,50,00,000), indicating that the merged plant would require capacity expansion or additional shifts/overtime to achieve this level of profit.

(iv) Percentage Increase in Selling Price to Sustain 5% Rise in Fixed Overheads

At the capacity level generating ₹60,00,000 profit, sales = ₹1,92,70,073. An increase of 5% in fixed overheads raises FC by ₹28,00,000 × 5% = ₹1,40,000 (New FC = ₹29,40,000). Since the output quantity remains unchanged, variable costs in absolute terms are unaffected. The entire increase in FC must be recovered through a higher selling price, which directly augments contribution.

% Increase in Selling Price = (Increase in FC ÷ Current Sales at that capacity) × 100 = (₹1,40,000 ÷ ₹1,92,70,073) × 100 = 0.73% (approx.)

The income received by Mr. Rajpal from sub-letting the land to Mr. Manish is taxable as income from house property under Section 22 of the Income Tax Act, 1961. The fact that Mr. Manish uses the land for agricultural activities (grazing cattle) does not change the classification of Mr. Rajpal's income, as Mr. Rajpal himself is not conducting agricultural operations.

Annual Value of Property: The rent received from Mr. Manish constitutes the annual value = ₹11,500 p.m. × 12 = ₹1,38,000 p.a.

Allowable Deductions under Section 24: For a let-out house property, the following deductions are permitted: (1) 30% standard deduction of annual value for repairs, maintenance, insurance, and collection expenses = 30% of ₹1,38,000 = ₹41,400; (2) Interest on capital borrowed for acquisition/improvement (if any).

Non-Allowable Deduction: Mr. Rajpal cannot claim deduction of the ₹10,000 monthly rent (₹1,20,000 p.a.) paid to Ms. Shilpa. This constitutes ground rent or lease rent paid to the superior lessor. Section 23 of the Income Tax Act, 1961, explicitly does not permit deduction of rent or ground rent paid on the property. The rationale is that ground rent relates to the cost of the lease acquisition, not an expense incurred in earning rental income from the property. Ground rent is the consideration paid for the lease rights, not an operational expense.

Taxable Income Computation: Annual Value ₹1,38,000 less 30% deduction ₹41,400 = Net Taxable Income ₹96,600 p.a. (excluding any interest on capital borrowed, which was not mentioned).

Conclusion: The rent of ₹10,000 paid to Ms. Shilpa cannot be deducted. The provision of Section 23(2) only allows deductions for repairs, insurance, and related expenses of the property itself, not for lease rent paid to a superior lessor. Therefore, the full annual rental income of ₹1,38,000 (less only the 30% standard deduction under Section 24) is taxable.

The income of ₹1,14,000 is NOT taxable in India for Mr. Pratham.

Analysis:

1. Classification as Royalty: Under Section 9(1)(vi) of the Income Tax Act, 1961, royalty includes payment received for the transfer of right to use a patent, process, design, formula, or manufacturing process. The ₹1,14,000 paid for the right to use the manufacturing process clearly qualifies as royalty income.

2. Source of Royalty Income: The critical provision is Section 9(1)(vi), which deems royalty to be income from India only if:
(a) The property is used in India, OR
(b) The right to use the property is granted in India

3. Application to Facts: The manufacturing process is developed in Singapore and used in Dubai for Mr. Rakesh's business. Neither condition for deeming the income as Indian source is satisfied:
• The property (process) is used in Dubai, not India
• The right to use is granted for use outside India, not within India
• Although Mr. Rakesh is a resident and ordinarily resident in India, he exercises the right outside India

4. Taxability of Non-Residents: Section 5(2) of the Income Tax Act states that a non-resident is taxable only on income arising or accruing in India or income from Indian sources. Since this royalty income does not have an Indian source, Mr. Pratham is not liable to tax in India on this receipt.

5. Place of Use is Determinative: The source of royalty income is determined by the place where the property is actually used, not the residence of the payer. Courts have consistently held that if property is used outside India, royalty for such use is not taxable in India.

Conclusion: The ₹1,14,000 is not taxable in India as the manufacturing process is used in Dubai, falling outside the scope of Section 9(1)(vi).

Mr. Nistam's claim is likely to be rejected. The income from the mechanical operations on paddy would be classified as non-agricultural income and would be liable to income tax.

Relevant Legal Framework:

Section 2(1A) of the Income Tax Act, 1961 defines agricultural income as any income derived from land in India by agriculture or by specified processes. However, case law has established a critical distinction: operations that remain merely ancillary to agriculture are agricultural, but operations constituting manufacturing or substantial processing become non-agricultural.

Application to Mr. Nistam's Case:

The operations performed—removing hay and chaff, filtering grain, and packing in gunny bags—constitute processing operations, not ordinary agricultural operations. The key issue is whether these operations are incidental to agriculture or constitute manufacturing.

While Mr. Nistam correctly notes that paddy requires processing to be fit for sale, this does not automatically classify the income as agricultural. The distinction lies in the nature and scale of operations:

1. Simple, traditional operations (like manual winnowing done by farmers as part of ordinary agricultural practice) may remain agricultural if carried on as an integral part of the agricultural process.

2. Mechanical/commercial processing operations that substantially transform the raw product constitute manufacturing. The operations here—employing mechanical methods to remove chaff, filter grain, and pack—represent substantial processing that converts paddy (raw product) into rice (processed product).

Case law on agricultural produce processing establishes that once operations cross the threshold from being incidental to agriculture into manufacturing or value-addition through processing, they cease to be agricultural income. The income becomes liable to income tax as non-agricultural income.

Conclusion:

The fact that processing is necessary does not preserve the agricultural character of income. Mr. Nistam's income from selling rice after mechanical operations would be non-agricultural income liable to income tax. Only if the operations were limited to minimal, traditional ancillary processes carried on as part of ordinary agricultural activity would they potentially retain agricultural character.

Statutory Framework: Under Section 15 of the CGST Act, 2017, the value of a taxable supply is the transaction value — the price actually paid or payable — adjusted for inclusions under Section 15(2) and exclusions under Section 15(3).

Determination of Value of Taxable Supply per Machine:

The list price of ₹80,000 is the starting point. The following adjustments apply:

Inclusions under Section 15(2):
- Tax levied by Local Authority (₹6,000): Includible under Section 15(2)(a) — any taxes, duties, cesses or fees levied under any law other than GST are included in the transaction value.
- Packing charges (₹4,000): Includible under Section 15(2)(c) — incidental expenses, including packing, charged by the supplier to the recipient are part of the value.
- NGO Subsidy (₹5,000): Includible under Section 15(2)(e) — subsidies directly linked to the price received from any person other than the Central/State Government must be included. Since the subsidy is from an NGO (non-government entity), and the list price of ₹80,000 is stated to be *after* considering this subsidy, ₹5,000 must be added back to arrive at the true transaction value.

Exclusion under Section 15(3):
- Trade Discount (₹2,000): Deductible under Section 15(3)(a) — a discount of 2.5% on list price (₹80,000 × 2.5% = ₹2,000) is allowed since it is established before/at the time of supply and is specifically recorded in the invoice.

Value per machine = ₹80,000 + ₹6,000 + ₹4,000 + ₹5,000 − ₹2,000 = ₹93,000

Total Value of Taxable Supplies for February 2020:

- Intra-state supply (3 machines to Karnataka customers): 3 × ₹93,000 = ₹2,79,000 (liable to CGST + SGST)
- Inter-state supply (1 machine to out-of-state customer): 1 × ₹93,000 = ₹93,000 (liable to IGST)
- Total value of taxable outward supplies = ₹3,72,000

Note: Inputs purchased intra-state (₹1,20,000) are inward supplies and do not form part of the value of taxable outward supplies. They are relevant only for computing Input Tax Credit available under Section 16 of the CGST Act, 2017.

Conclusion: The total value of taxable supplies made by Star Ltd during February 2020 is ₹3,72,000 (comprising ₹2,79,000 intra-state and ₹93,000 inter-state).

Note: The data table referenced in the question ('The following data are available') was not transmitted. The solution below presents the complete methodology, formulas, and decision framework for Haley and Rowan schemes. Once the actual figures are available, substitute them into the steps shown in Working Notes.

Halsey Scheme — Key Formulas

Under the Halsey Scheme, the worker receives basic time wages for time taken plus a bonus of 50% of time saved at the standard wage rate.

Bonus = 50% × Time Saved × Wage Rate per hour

Total Earnings = (Time Taken × Rate) + (50% × Time Saved × Rate)

Effective % increase in earnings = (Bonus ÷ Basic Time Wages) × 100

Rowan Scheme — Key Formulas

Under the Rowan Scheme, the bonus is a proportion of the time taken wages, where the proportion equals the ratio of time saved to standard time.

Bonus = (Time Saved ÷ Standard Time) × Time Taken × Rate

Total Earnings = (Time Taken × Rate) + [(Time Saved ÷ Standard Time) × Time Taken × Rate]

Effective % increase in earnings = (Bonus ÷ Basic Time Wages) × 100

Savings to Z Ltd per unit

Labour cost at standard time (no incentive scheme) = Standard Time × Rate

Labour cost under Halsey = Total Earnings under Halsey

Labour cost under Rowan = Total Earnings under Rowan

Savings per unit (Halsey) = Standard Time Cost − Total Earnings under Halsey

Savings per unit (Rowan) = Standard Time Cost − Total Earnings under Rowan

Advice to Z Ltd — Selection of Scheme

The Rowan Scheme is generally more protective for the employer at high efficiency levels because the bonus rate diminishes as actual time falls far below standard time (the proportion Time Saved/Standard Time can never exceed 1, so total earnings can never exceed twice the time wages). This prevents runaway labour costs when productivity surges, which is particularly relevant when Z Ltd needs to increase output to meet higher demand.

The Halsey Scheme offers a simpler, linear bonus — workers always get 50% of time saved — making it more transparent and motivating for workers who clearly understand the reward.

If Z Ltd's primary goal is to incentivise workers meaningfully and simultaneously manage cost per unit as demand rises, the Rowan Scheme is advisable because:
(a) It provides a good incentive for moderate efficiency gains.
(b) It automatically caps the employer's cost exposure at high efficiency, protecting margins as volume increases.
(c) Workers are still rewarded proportionally, fulfilling the assurance of incentivisation.

Final Answer: Apply the above formulas to the provided data. Rowan Scheme is recommended for Z Ltd.

Cost Sheet of Q Ltd for the month of April 2020

Step 1 — Derive Factory Overheads:
Direct Labour = 120% of Factory Overheads → Factory Overheads = ₹1,20,000 ÷ 1.20 = ₹1,00,000

Step 2 — Work backwards from Cost of Sales to find all cost components:
Cost of Sales (given) = ₹4,00,000
Less: Selling Expenses = ₹22,000
→ Cost of Goods Sold = ₹3,78,000

Cost of Goods Sold = Cost of Production + Opening FG – Closing FG
3,78,000 = Cost of Production + 50,000 – 60,000
→ Cost of Production = ₹3,88,000

Cost of Production = Works Cost + General & Admin Overheads
3,88,000 = Works Cost + 18,000
→ Works Cost = ₹3,70,000

Works Cost = Prime Cost + Factory Overheads + Opening WIP – Closing WIP
3,70,000 = Prime Cost + 1,00,000 + 20,000 – 30,000
→ Prime Cost = ₹2,80,000

Prime Cost = Raw Material Consumed + Direct Labour
2,80,000 = Raw Material Consumed + 1,20,000
→ Raw Material Consumed = ₹1,60,000

Purchases = Raw Material Consumed – Opening Stock + Closing Stock = 1,60,000 – 20,000 + 25,000 = ₹1,65,000

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COST SHEET — Q Ltd (April 2020)

Opening Stock of Raw Material: ₹20,000
Add: Purchases: ₹1,65,000
Less: Closing Stock of Raw Material: (₹25,000)
Raw Material Consumed: ₹1,60,000
Add: Direct Labour: ₹1,20,000
(i) Prime Cost: ₹2,80,000

Add: Factory Overheads: ₹1,00,000
Gross Works Cost: ₹3,80,000
Add: Opening Work-in-Progress: ₹20,000
Less: Closing Work-in-Progress: (₹30,000)
(ii) Works Cost: ₹3,70,000

Add: General & Administration Overheads: ₹18,000
(iii) Cost of Production: ₹3,88,000

Add: Opening Stock of Finished Goods: ₹50,000
Less: Closing Stock of Finished Goods: (₹60,000)
(iv) Cost of Goods Sold: ₹3,78,000

Add: Selling Expenses: ₹22,000
(v) Cost of Sales: ₹4,00,000

Sales: ₹5,00,000
Less: Cost of Sales: (₹4,00,000)
Profit earned: ₹1,00,000

Part (a): Analysis of Integrated Ownership Production Scenario (Hospital Costing & Related Party Transactions)

A. Hospital Bed Capacity Analysis

The scenario describes a healthcare facility with 100 regular beds and 5 additional/extra beds, operating for 365 days in the year 2020.

Total bed capacity = 100 + 5 = 105 beds

Total Bed-Days Available (maximum capacity) = 105 beds × 365 days = 38,325 bed-days

This figure represents the theoretical maximum patient-care capacity of the facility for the year. In hospital costing, bed-days available is the primary cost unit used for computing cost per unit of service.

B. Cost Per Bed-Day Computation

The Related Party Transaction amount of ₹30,00,000 is treated here as the total cost pool attributable to the facility operations (to the extent it represents fair-market-value expenditure). Additionally, an amount of ₹50,000 represents a specific procurement/purchase cost.

Total cost considered = ₹30,00,000 + ₹50,000 = ₹30,50,000

Cost per bed-day = ₹30,50,000 ÷ 38,325 = ₹79.58 per bed-day (approximately)

C. Related Party Transaction Analysis under AS 18

Under AS 18 (Related Party Disclosures) issued by ICAI, the transaction of ₹30,00,000 between related parties must be disclosed in the financial statements. The key disclosure requirements are:

(i) Nature of relationship between the transacting parties must be identified (e.g., subsidiary, associate, key management personnel).

(ii) Nature and amount of transactions — ₹30,00,000 must be disclosed with a description of the transaction (purchase of industrial share/equity interest).

(iii) Outstanding balances at year-end, including terms and conditions, must be disclosed.

Under Section 40A(2) of the Income Tax Act, 1961, if the ₹30,00,000 payment to a related party exceeds the fair market value of goods/services received, the excess amount is disallowed as a deduction in computing business income. The Assessing Officer has the power to determine fair market value and disallow the excess.

D. Utilization and Occupancy Analysis

If actual occupied bed-days are less than 38,325, the idle capacity cost must be separately identified and written off to Costing Profit & Loss Account rather than absorbed into product/service cost. This ensures that cost per bed-day is not inflated due to underutilization.

Idle capacity = (Maximum capacity − Actual capacity utilized) × Cost per bed-day

E. Conclusion

The total bed-days available are 38,325; cost per bed-day is approximately ₹79.58 based on total expenditure of ₹30,50,000. The related party transaction of ₹30,00,000 requires mandatory disclosure under AS 18 and is subject to disallowance under Section 40A(2) of the Income Tax Act, 1961 if it exceeds fair market value. The purchase of ₹50,000 is to be treated as a direct or indirect cost depending on its nature and allocated accordingly.

The following is the treatment of the given items in arriving at the value of cost of material purchased, as per CAS-6 (Cost Accounting Standard on Material Cost) issued by the Institute of Cost Accountants of India and ICAI Cost Accounting study material:

(i) Detention Charges / Fines

Detention charges are levied when railway wagons, trucks, or containers are held beyond the permitted free time for loading or unloading. These charges arise due to inefficiency or negligence on the part of the buying organisation and are therefore avoidable in nature. Since they do not add any value to the material purchased, detention charges and fines are NOT included in the cost of material purchased. They are treated as a period cost and charged to the Costing Profit & Loss Account as an abnormal/avoidable expense.

(ii) Demurrage

Demurrage refers to charges levied by shipping companies, port authorities, or carriers for the delay in loading or unloading of goods beyond the stipulated free time at a port or railway siding. Like detention charges, demurrage arises on account of delay and inefficiency and is an avoidable cost. It does not form part of the cost of acquiring the material. Therefore, demurrage charges are NOT included in the cost of material purchased and are written off to the Costing Profit & Loss Account as an abnormal loss.

(iii) Cost of Returnable Containers

Returnable containers (such as gas cylinders, drums, or crates) are those which the supplier takes back after delivery of material. A security deposit or refundable amount is usually paid to the supplier against such containers. Since the containers are returned and the deposit is refunded, the cost of such returnable containers is NOT included in the cost of material purchased. The deposit paid is treated as a current asset (advance / debtor) in the books. However, if the containers are not returned and any amount is forfeited or a penalty is charged, that non-refundable amount is included in the cost of materials as an incremental cost of acquisition.

(iv) Central Goods and Service Tax (CGST)

The treatment of CGST depends on whether the buyer is eligible for Input Tax Credit (ITC):

- When ITC is available: If the purchasing entity is eligible to claim Input Tax Credit of CGST paid (i.e., the material is used for taxable outward supplies), the CGST paid is recoverable and hence is NOT included in the cost of material purchased. It is treated as a tax receivable (debited to Input CGST account).

- When ITC is NOT available: If the entity is not eligible for ITC (e.g., entity engaged in exempt supplies, composition dealer, or material used for personal/non-business purposes), the CGST becomes an irrecoverable cost and is therefore included in the cost of material purchased as it forms part of the actual cost of acquisition.

This treatment is consistent with the principle that only non-recoverable taxes form part of material cost.

(v) Shortage due to Abnormal Reasons

Shortages of material may arise during storage, transit, or handling. The treatment depends on the nature of shortage:

- Normal/Unavoidable Shortage: Arises due to inherent characteristics of the material (e.g., evaporation, absorption). Such losses are included in the cost of material by inflating the cost per unit of the good material received.

- Shortage due to Abnormal Reasons: Shortages arising due to theft, fire, flood, negligence, accidents, or any other abnormal cause are NOT included in the cost of material purchased. The cost of such abnormal shortage is transferred to the Costing Profit & Loss Account as an abnormal loss. The material is valued only for the quantity actually received in good condition, and the loss is separately identified and written off. This ensures that the cost of good material is not distorted by avoidable and abnormal losses.

Answer: GST Payable = ₹Nil

Calculation of Input Tax Credit (ITC):

Water Pump: The invoice shows a purchase price that includes GST. Interpreting the stated amount as base cost ₹7,500 (with the GST figure appearing to contain a typographical error), GST at 18% = ₹7,500 × 18% = ₹1,350. ITC claimable = ₹1,350.

Input Services: Total amount inclusive of GST = ₹23,600. Base amount = ₹23,600 ÷ 1.18 = ₹20,000. GST component = ₹23,600 − ₹20,000 = ₹3,600. ITC claimable = ₹3,600.

Total ITC = ₹1,350 + ₹3,600 = ₹4,950.

Treatment for Residents Welfare Association:

For a Residents Welfare Association making supplies to members for common use of amenities (water supply, maintenance services, etc.), the GST treatment typically falls into one of two scenarios:

*Scenario 1 - Exempt Supplies:* Supplies of essential utilities and common services to members are generally exempt from GST under the GST regime. When output supplies are exempt, ITC cannot be claimed per Section 16 of the Central Goods and Services Tax Act, 2017, which restricts ITC to goods/services used in making taxable supplies. Therefore, GST payable = ₹Nil.

*Scenario 2 - Taxable Supplies at Cost:* If the association's supplies are treated as taxable supplies (and the condition "all conditions for ITC are fulfilled" suggests eligibility here), the association would make taxable supplies to members. As a non-profit entity providing cost-recovery services, the value of supplies provided to members would equal the input cost (₹27,500 base). Output Tax = ₹27,500 × 18% = ₹4,950. Net GST = Output Tax − ITC = ₹4,950 − ₹4,950 = ₹Nil.

Under both interpretations, GST payable by the association for February 2020 is ₹Nil.

Under GST law, to compute the value of taxable supplies, we must identify which services are exempt and which are taxable. According to GST Notification 12/2017, Schedule II, the following agricultural services are exempted:

Services Relating to Rearing of Sheep and Artificial Insemination of Horses (₹4,00,000): Services of rearing of animals are exempt under Item 5(ii) of the Notification. Similarly, services of artificial insemination of animals are explicitly exempt under Item 5(iii). These services do not constitute boarding or personnel engagement, hence both fall squarely within the exemption. This amount is NOT taxable.

Processing of Sugarcane into Jaggery (₹6,00,000): Services in relation to processing of agricultural produce are exempt under Item 5(vii) of GST Notification 12/2017. Processing sugarcane into jaggery is clearly a processing service of agricultural produce and is therefore EXEMPT.

Milling of Paddy into Rice (₹7,50,000): Services by way of milling of cereals are explicitly exempted under Item 5(vi) of the Notification. Milling of paddy falls within this category and is therefore EXEMPT.

Fumigation in Warehouse of Agricultural Produce (₹1,80,000): Fumigation or pest control services are not covered under the exempted agricultural services listed in the Notification. While the service relates to agricultural produce, it is a preservation/storage service, not a production, rearing, processing, or milling service. Fumigation is therefore TAXABLE.

Value of Taxable Supplies = ₹1,80,000 (Fumigation services only)

Rule 31(3)(c) of CGST Rules, 2017 permits consolidated tax invoices to be issued in cases where it is impracticable to issue invoices at the time of supply. ABC Cinemas was correctly utilizing this provision to issue a single consolidated tax invoice at the close of each business day for all cinema tickets sold during that day.

The Department's objection in October 2019 was based on concerns regarding whether such consolidated invoices fully complied with the mandatory invoicing requirements and whether they provided adequate transactional transparency. The Department initially sought separate invoices for each ticketed transaction.

CBIC Clarification: The CBIC subsequently issued clarifications through notifications (including Notification on consolidated invoices issued in 2020) specifically addressing consolidated invoices for cinema and multiplex supplies. These clarifications confirmed that consolidated invoices are permissible for exhibition of cinematograph films provided prescribed conditions are met. This regulatory clarification settled the position in ABC Cinemas' favor.

Procedure ABC Cinemas Should Follow:

1. Continue Consolidated Daily Invoices: ABC Cinemas may continue issuing consolidated tax invoices at the close of each business day, fully compliant with Rule 31(3)(c) CGST Rules, 2017.

2. Ensure Full Compliance with Rule 31(1): The consolidated invoice must contain all mandatory particulars including unique invoice number, specific date of issue, clear description of supply (exhibition of cinematograph films), HSN/SAC code (5407), quantity of tickets/shows, GST rate and amount, GSTIN of supplier and recipient (for B2B), and authorized signature.

3. Specific Requirements for Consolidated Invoices: Each consolidated invoice must be separately numbered and dated. The invoice date should be the date of close of business. The description should clearly indicate it is a consolidated daily invoice for cinema supplies. Separate invoices must be issued for different days.

4. Maintain Detailed Supporting Records: ABC Cinemas must maintain supporting records showing individual ticket sales data with show-wise or session-wise breakup, number of tickets sold per show, pricing breakdown by category (if multiple), and customer details for B2B supplies. These records must be available for tax authority verification.

5. ITC Compliance: For B2B supplies to corporate customers, ensure the consolidated invoice contains all details required under Section 16(2) of CGST Act, 2017 for ITC eligibility.

6. Respond to Department: Submit a detailed response to the Department's objection furnishing reference to CBIC clarification, explanation of Rule 31 compliance, particulars of supporting records maintained, and undertaking to ensure continued compliance.

Conclusion: ABC Cinemas is not required to issue separate invoices for each ticket. Consolidated daily invoicing is a fully compliant and recognized practice under GST law when executed in accordance with Rule 31 and CBIC clarifications.

GST Applicability on Transport of Goods:

Transport of goods by road is a taxable supply under GST. Section 13(5) of CGST Rules, 2017 provides the mechanism for determining the value of supply for transport of goods. For transport exceeding 100 km (including the present 368 km scenario), the value is determined based on the actual consideration charged or payable.

For Over-Dimensional Cargo (368 km):

Overdimensional cargo (goods exceeding specified dimensions/weight limits) transporting 368 km remains a taxable supply under GST. The GST rate applicable is 5% on the transport service. The value for GST purposes is determined as per Section 13(5), being the actual consideration charged. GST Payable = 5% of the transport consideration.

For Normal Cargo (368 km):

Normal cargo transported over the same 368 km distance is also taxable at 5% GST under the same valuation rules. GST Payable = 5% of the transport consideration.

Key Point: There is no differential GST rate between over-dimensional and normal cargo transport under current GST rules. Both are subject to the standard 5% GST rate applicable to transport of goods by road. The distinction lies in regulatory requirements (permits, route restrictions, toll exemptions for over-dimensional cargo) rather than GST treatment.

Calculation Method (assuming consideration of ₹1,00,000 as example):
GST = 5% × ₹1,00,000 = ₹5,000 (for both categories)

Without the specific consideration amount provided in the question, GST payable would be calculated as 5% of the actual transport charges in both scenarios.

Mr. Prithvi, as a registered person under GST, is required to furnish an annual return (GSTR-9) under Section 44(1) of CGST Act, 2017 for both FY 2018-19 and FY 2019-20. The statutory due date for filing the annual return is 31st December of the following year (i.e., 31st December 2019 for FY 2018-19 and 31st December 2020 for FY 2019-20). His failure to file the annual return before the due date attracts penal provisions under Section 47(1) of CGST Act, 2017.

Penalty Provision: Under Section 47(1) of CGST Act, 2017, if any registered person fails to furnish a return as required, such person shall pay a penalty which may extend to the higher of (a) amount of tax paid or payable, or (b) ₹25,000. In Mr. Prithvi's case, the penalty would be determined by comparing his tax liability with ₹25,000 and imposing the higher amount.

Exception/Relief: However, Section 47(1) provides an important proviso: If the registered person furnishes the return within thirty days of the due date and there is no tax liability in the return, no penalty shall be payable. This relief is available only if both conditions are simultaneously satisfied—timely filing within the 30-day window AND nil tax liability.

Applicability to the Given Facts: Since Mr. Prithvi's aggregate turnover for both years (₹140 lakhs and ₹170 lakhs) exceeds ₹20 lakhs, he is fully liable to file annual returns as a registered person. There is no exemption based on turnover threshold for annual return filing. Therefore, unless he files the returns within 30 days of the due date with nil tax liability, he is liable to pay penalty under Section 47(1).

Other Consequences: Beyond the penalty, failure to file returns may result in (i) show cause notice under Section 122 for demand and recovery of tax if tax liability exists; (ii) interest under Section 50 on the outstanding tax; and (iii) prosecution under Section 132 in cases of willful evasion or fraud. The department may also initiate proceedings to verify claimed input tax credit eligibility.

Part (1): Determination of Average Selling Price

Step 1 — Establish 100% Capacity: The company produces 4,20,000 toys at 70% capacity. Therefore, 100% capacity = 4,20,000 ÷ 70% = 6,00,000 toys per annum.

Step 2 — Production Plan: The financial year is divided into three periods (note: the question states 'balance three months' but in context of a 12-month financial year this is interpreted as 6 months; the three periods sum to 12 months).
- Period 1 (Months 1–3, 50% capacity): 6,00,000 × 50% × 3/12 = 75,000 units
- Period 2 (Months 4–6, 75% capacity): 6,00,000 × 75% × 3/12 = 1,12,500 units
- Period 3 (Months 7–12, 100% capacity): 6,00,000 × 100% × 6/12 = 3,00,000 units
- Total production = 4,87,500 units

Step 3 — Variable Cost per Unit: Direct Material ₹60 + Direct Labour ₹30 + Variable Overhead ₹15 = ₹105 per unit. Total variable cost = 4,87,500 × ₹105 = ₹5,11,87,500.

Step 4 — Semi-Variable Overhead: The annual cost at each capacity level is built up as follows:
- Base (up to 60%): ₹5,80,000
- At 75% (3 slabs of 5% above 60%): ₹5,80,000 + 3 × ₹50,000 = ₹7,30,000 p.a.
- At 100% (4 slabs up to 80%, then 2 slabs of 10% above 80%): ₹5,80,000 + 4 × ₹50,000 + 2 × ₹75,000 = ₹9,30,000 p.a.

Prorating for each period:
- Period 1: ₹5,80,000 × 3/12 = ₹1,45,000
- Period 2: ₹7,30,000 × 3/12 = ₹1,82,500
- Period 3: ₹9,30,000 × 6/12 = ₹4,65,000
- Total Semi-Variable = ₹7,92,500

Step 5 — Total Cost Statement:
- Total Variable Cost: ₹5,11,87,500
- Semi-Variable Overhead: ₹7,92,500
- Fixed Overhead: ₹65,50,000
- Total Cost = ₹5,85,30,000

Step 6 — Required Revenue: Total Cost + Desired Profit = ₹5,85,30,000 + ₹25,00,000 = ₹6,10,30,000

Average Selling Price = ₹6,10,30,000 ÷ 4,87,500 = ₹125.19 per toy (approx.)

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Part (2): Advice on Offers

The required average selling price to achieve the desired profit is ₹125.19 per toy. Both offers must be evaluated against total cost (₹5,85,30,000) to find actual profit:

(a) Offer at ₹130 per toy: Total Revenue = 4,87,500 × ₹130 = ₹6,33,75,000. Profit = ₹6,33,75,000 − ₹5,85,30,000 = ₹48,45,000, which exceeds the desired profit of ₹25,00,000. Recommendation: Accept the offer. The selling price of ₹130 is higher than the required price of ₹125.19, generating surplus profit of ₹23,45,000 over the target.

(b) Offer at ₹129 per toy: Total Revenue = 4,87,500 × ₹129 = ₹6,28,87,500. Profit = ₹6,28,87,500 − ₹5,85,30,000 = ₹43,57,500, which also exceeds the desired profit of ₹25,00,000. Recommendation: Accept the offer. The selling price of ₹129 is higher than the required price of ₹125.19, generating surplus profit of ₹18,57,500 over the target.

Conclusion: The company should accept BOTH offers, as each price generates profits well above the desired ₹25,00,000. Selling at ₹130 is preferable as it yields a higher profit (₹48,45,000 vs. ₹43,57,500).

Forward Charge for Copyright Services is a mechanism allowing authors to pay GST directly to the government instead of relying on the recipient to discharge tax under reverse charge. Mr. Anarg, as an author supplying original literary works, can opt for forward charge payment under the following conditions:

1. Supplier Eligibility: The supplier (author) must be an individual engaged in supply of copyright services. The supply relates to original literary works as covered under Section 13(1)(a) of the Copyright Act, 1957.

2. Nature of Supply: The supply should be of copyright services including the use or enjoyment of copyrights in original literary works to a business entity (publisher).

3. Recipient: The supply is made to a person engaged in commercial activity or business operations (such as a publisher).

4. Territorial Requirement: The supply is made within the taxable territory of India.

5. Opt-in Mechanism: The author must explicitly choose to pay tax under forward charge instead of the recipient paying under reverse charge. This is an optional mechanism, not mandatory.

6. Invoice and Documentation: The author must issue proper invoices indicating GST payment under forward charge mechanism and maintain records of tax paid.

7. Direct Tax Payment: The author directly pays GST to the government at the applicable rate on the supply value, rather than the publisher collecting and remitting tax.

Key Advantage: Forward charge simplifies cash flow management for the author, as the liability to pay GST is discharged directly without waiting for the publisher to pay. It also provides clarity in tax compliance and reduces disputes over reverse charge applicability.

When a registered person applies for cancellation of registration under Section 29(1) of the CGST Act, 2017 read with Rule 21A of the CGST Rules, 2017, the tax authorities may suspend the registration. The period and manner of suspension are as follows:

Period of Suspension:
The registration is suspended for a period of 30 days from the date of the suspension notice. However, if the cancellation application is granted before the expiry of 30 days, the registration stands cancelled and the suspension period terminates earlier. If the cancellation is not granted within 30 days, the registration is automatically restored to active status without any further order.

Manner of Suspension:

1. Issuance of Notice: The proper officer issues a notice of suspension under Rule 21A, specifying the effective date from which the suspension shall take effect.

2. Effect from Specified Date: The suspension becomes effective from the date specified in the suspension notice, which is communicated to the suspended registered person.

3. Restrictions During Suspension: During the suspension period, the registered person:
- Cannot make any supply of goods or services
- Cannot issue invoices or credit notes
- Cannot claim input tax credit (ITC)
- Cannot file GST returns
- Remains liable for statutory obligations on pre-suspension transactions

4. Portal Update: The GST portal is updated to reflect the suspended status of the registration, visible to the registered person and the tax department.

5. Automatic Restoration: Upon expiry of 30 days (if cancellation is not granted), the registration is automatically restored without requiring any formal application or approval, and the person may resume supply of goods/services.

This suspension mechanism under Rule 21A serves as a protective measure to prevent fraudulent activities such as raising invoices, claiming undue input credits, or tax evasion during the period when a person seeks to exit the GST system. The fixed 30-day period provides adequate time for tax authorities to verify the cancellation application and issue a final order.

A proper officer can cancel the registration of a registered person on his own motion (ex-officio cancellation) under Section 29(2) of the Central Goods and Services Tax Act, 2017 in the following circumstances:

1. Ineligibility: When the person has become ineligible for registration under Sections 22 or 24 of the CGST Act. This includes persons whose turnover falls below the registration threshold or those no longer qualifying as eligible persons under the law.

2. Not an Eligible Person: When the person is not an eligible person as originally defined in Sections 22 or 24. This means the registration was granted to someone who should not have qualified in the first place.

3. Fraud or Misrepresentation: When the registration has been obtained by means of fraud, misrepresentation, or suppression of material facts. The proper officer may act on evidence that the person submitted false or incomplete information to obtain registration.

4. Non-engagement in Business: When the person has not engaged in any actual business activity for a continuous period exceeding three months. This applies even if the person remains technically eligible, indicating dormancy or abandonment of business.

5. Incorrect or False Information: When the person has furnished information or returns which are found to be incorrect, false, or incomplete during the course of scrutiny, audit, or any verification by the proper officer. This extends to information that contradicts earlier submissions.

6. Prosecution for Offences: When the person is prosecuted for any offense under the CGST Act, Integrated GST Act, Union Territory GST Act, GST (Compensation to States) Act, or any other applicable law. Criminal liability triggers discretionary cancellation.

7. Information Mismatch During Verification: When any information found during scrutiny, audit, or any other verification by the proper officer does not match or correspond with the information provided in the original application for registration or in the returns filed by the registered person subsequently.

Before exercising this power, the proper officer must follow the procedural safeguards prescribed in the CGST Rules, including giving the registered person an opportunity to be heard and providing written notice with reasons for the proposed cancellation. The cancellation takes effect from the date specified in the order.

Note: The question does not include the numerical data table. The solution below uses assumed illustrative data consistent with ICAI Study Material patterns. The methodology and formats are fully exam-applicable.

Assumed Data:
Joint Cost incurred = ₹2,70,000

| Product | Output (kg) | Units Sold (kg) | Closing Stock (kg) | Selling Price (₹/kg) | Separable Costs (₹) |
|---------|-------------|-----------------|-------------------|----------------------|---------------------|
| A | 9,000 | 7,500 | 1,500 | 60 | 90,000 |
| B | 6,000 | 4,000 | 2,000 | 80 | 60,000 |
| C | 3,000 | 2,500 | 500 | 120 | 30,000 |

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(i) Schedule of Joint Cost Allocation — NRV Method

Under the Net Realisable Value (NRV) method, joint costs are allocated in proportion to the NRV of each product. NRV = Total Sales Value (at split-off or final selling price) minus Separable (Further Processing) Costs, computed on total output.

| Product | Total Sales Value (₹) | Separable Costs (₹) | NRV (₹) | Ratio | Joint Cost Allocated (₹) |
|---------|----------------------|---------------------|---------|-------|-------------------------|
| A | 5,40,000 | 90,000 | 4,50,000 | 15 | 1,01,250 |
| B | 4,80,000 | 60,000 | 4,20,000 | 14 | 94,500 |
| C | 3,60,000 | 30,000 | 3,30,000 | 11 | 74,250 |
| Total | 13,80,000 | 1,80,000 | 12,00,000 | 40 | 2,70,000 |

Allocation Ratio: 4,50,000 : 4,20,000 : 3,30,000 = 15 : 14 : 11

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(ii) Cost of Goods Sold and Cost per Item in Inventory

Total cost per product = Joint Cost Allocated + Separable Cost
Cost per unit = Total Cost ÷ Total Output

| Product | Joint Cost (₹) | Separable Cost (₹) | Total Cost (₹) | Output (kg) | Cost/kg (₹) |
|---------|---------------|-------------------|----------------|-------------|----------------|
| A | 1,01,250 | 90,000 | 1,91,250 | 9,000 | 21.25 |
| B | 94,500 | 60,000 | 1,54,500 | 6,000 | 25.75 |
| C | 74,250 | 30,000 | 1,04,250 | 3,000 | 34.75 |

Cost of Goods Sold (COGS):

| Product | Units Sold (kg) | Cost/kg (₹) | COGS (₹) |
|---------|----------------|-------------|----------|
| A | 7,500 | 21.25 | 1,59,375 |
| B | 4,000 | 25.75 | 1,03,000 |
| C | 2,500 | 34.75 | 86,875 |
| Total | | | 3,49,250 |

Closing Inventory Cost (per item and total):

| Product | Closing Stock (kg) | Cost/kg (₹) | Closing Stock Value (₹) |
|---------|--------------------|-------------|------------------------|
| A | 1,500 | 21.25 | 31,875 |
| B | 2,000 | 25.75 | 51,500 |
| C | 500 | 34.75 | 17,375 |
| Total | | | 1,00,750 |

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(iii) Comparative Statement of Gross Profit

| Particulars | Product A (₹) | Product B (₹) | Product C (₹) | Total (₹) |
|-------------|--------------|--------------|--------------|----------|
| Sales Revenue | 4,50,000 | 3,20,000 | 3,00,000 | 10,70,000 |
| Less: Cost of Goods Sold | 1,59,375 | 1,03,000 | 86,875 | 3,49,250 |
| Gross Profit | 2,90,625 | 2,17,000 | 2,13,125 | 7,20,750 |
| GP Ratio (%) | 64.58% | 67.81% | 71.04% | 67.36% |

Key Observation: Under the NRV method, the gross profit percentage differs across products (unlike the Sales Value method where it is uniform), because separable costs differ between products. The NRV method is considered more rational as it recognises that value is created through further processing.

Activity Based Costing vs. Absorption Costing — ABC Ltd.

Step 1: Determine Cost Driver Quantities

All three products are produced in production runs of 48 units each. Therefore:
- Production Runs: X = 1200 ÷ 48 = 25 runs; Y = 1440 ÷ 48 = 30 runs; Z = 1968 ÷ 48 = 41 runs; Total = 96 runs
- No. of Inspections (one per run): X = 25, Y = 30, Z = 41; Total = 96
- No. of Orders (Material Procurement): X = 25, Y = 25, Z = 25; Total = 75
- Maintenance Hours (ratio 1:1:2 of 6,400 hrs): X = 1,600, Y = 1,600, Z = 3,200

Step 2: Compute ABC Cost Driver Rates

| Activity | Budgeted Overhead (₹) | Cost Driver Total | Rate |
|---|---|---|---|
| Material Procurement | 50,000 | 75 orders | ₹666.67 per order |
| Set-up | 40,000 | 96 runs | ₹416.67 per run |
| Quality Control | 28,240 | 96 inspections | ₹294.17 per inspection |
| Maintenance | 1,28,000 | 6,400 hours | ₹20.00 per hour |

Step 3: Overhead Allocation under ABC (₹)

| Activity | X | Y | Z |
|---|---|---|---|
| Material Procurement | 16,666.67 | 16,666.67 | 16,666.67 |
| Set-up | 10,416.67 | 12,500.00 | 17,083.33 |
| Quality Control | 7,354.17 | 8,825.00 | 12,060.83 |
| Maintenance | 32,000.00 | 32,000.00 | 64,000.00 |
| Total Overhead | 66,437.51 | 69,991.67 | 1,09,810.83 |
| Units Produced | 1,200 | 1,440 | 1,968 |
| Overhead per unit (₹) | 55.36 | 48.61 | 55.80 |

Step 4: Total Cost per Unit under ABC (₹)

| Element | X | Y | Z |
|---|---|---|---|
| Direct Material | 90.00 | 84.00 | 176.00 |
| Direct Labour | 18.00 | 20.00 | 30.00 |
| Overhead (ABC) | 55.36 | 48.61 | 55.80 |
| Total Cost | 163.36 | 152.61 | 261.80 |

Step 5: Total Cost per Unit under Traditional Absorption Costing

DLH per unit: X = 18÷4 = 4.5 hrs, Y = 20÷4 = 5 hrs, Z = 30÷4 = 7.5 hrs
Total DLH = (1200×4.5)+(1440×5)+(1968×7.5) = 5,400+7,200+14,760 = 27,360 hours
OAR = ₹2,46,240 ÷ 27,360 = ₹9 per DLH

| Element | X | Y | Z |
|---|---|---|---|
| Direct Material | 90.00 | 84.00 | 176.00 |
| Direct Labour | 18.00 | 20.00 | 30.00 |
| Overhead (4.5/5/7.5 × ₹9) | 40.50 | 45.00 | 67.50 |
| Total Cost (AC) | 148.50 | 149.00 | 273.50 |

Step 6: Comparison and Analysis

| Product | ABC Cost (₹) | AC Cost (₹) | Difference (₹) |
|---|---|---|---|
| X | 163.36 | 148.50 | +14.86 (under-costed by AC) |
| Y | 152.61 | 149.00 | +3.61 (under-costed by AC) |
| Z | 261.80 | 273.50 | −11.70 (over-costed by AC) |

Conclusion: Under traditional absorption costing, Product Z is over-costed and Products X and Y are under-costed. This is because Product Z, though having the highest DLH (which drives the traditional overhead charge), does not consume batch-related activities (setups, quality inspections) proportionately more. ABC, by using multiple cost drivers, provides a more accurate and equitable overhead allocation that reflects true resource consumption.

Preliminary Calculations — Budgeted Hours and Standard Rates

Gross hours available = 52 workers × 25 days × 8 hours = 10,400 hours. Less normal down time @ 15% = 1,560 hours. Therefore Budgeted (Normal) Hours = 8,840 hours.

Standard Variable OH Rate = ₹1,06,000 ÷ 8,840 = ₹11.99 per hour (approx.)

Standard Fixed OH Rate = ₹2,21,000 ÷ 8,840 = ₹25.00 per hour (exact)

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(i) Variable Overhead Variances

(a) Variable Overhead Expenditure Variance = (Standard Rate × Actual Hours Worked) − Actual Variable OH = (₹1,06,000/8,840 × 8,100) − ₹1,02,000 = ₹97,127 − ₹1,02,000 = ₹4,873 (Adverse). The firm spent more variable overhead than the standard allowed for actual hours worked.

(b) Variable Overhead Efficiency Variance = Standard Rate × (Standard Hours for Actual Output − Actual Hours Worked) = (₹1,06,000/8,840) × (8,800 − 8,100) = ₹11.99 × 700 = ₹8,394 (Favourable). Workers produced output equivalent to 8,800 standard hours while only working 8,100 actual hours — above-average labour efficiency.

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(ii) Fixed Overhead Variances

(a) Fixed Overhead Budget Variance = Budgeted Fixed OH − Actual Fixed OH = ₹2,21,000 − ₹2,00,000 = ₹21,000 (Favourable). Actual fixed costs were below budget.

(b) Fixed Overhead Capacity Variance = (Actual Hours Worked − Budgeted Hours) × Standard Fixed OH Rate = (8,100 − 8,840) × ₹25 = (−740) × ₹25 = ₹18,500 (Adverse). The factory operated for fewer hours than budgeted, indicating under-utilisation of capacity.

(c) Fixed Overhead Efficiency Variance = (Standard Hours for Actual Output − Actual Hours Worked) × Standard Fixed OH Rate = (8,800 − 8,100) × ₹25 = 700 × ₹25 = ₹17,500 (Favourable). Workers converted actual hours into more standard hours of output than expected.

Verification: Total Fixed OH Variance = Absorbed FO − Actual FO = (8,800 × ₹25) − ₹2,00,000 = ₹2,20,000 − ₹2,00,000 = ₹20,000 (F). Budget Var ₹21,000 (F) + Volume Var [Capacity ₹18,500 (A) + Efficiency ₹17,500 (F) = ₹1,000 (A)] = ₹20,000 (F). ✓

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(iii) Control Ratios

(a) Capacity Ratio = (Actual Hours Worked / Budgeted Hours) × 100 = (8,100 / 8,840) × 100 = 91.63%. Below 100% — factory worked fewer hours than planned.

(b) Efficiency Ratio = (Standard Hours for Actual Output / Actual Hours Worked) × 100 = (8,800 / 8,100) × 100 = 108.64%. Above 100% — workers were more efficient than standard.

(c) Activity Ratio = (Standard Hours for Actual Output / Budgeted Hours) × 100 = (8,800 / 8,840) × 100 = 99.55%. Just below 100% — overall production activity was marginally below budget despite good efficiency, due to lower capacity utilisation.

Verification: Activity Ratio = Capacity Ratio × Efficiency Ratio ÷ 100 = 91.63 × 108.64 ÷ 100 ≈ 99.55% ✓

Break-Even Analysis for Medical Unit – Patient-Days Required

The break-even point is the level of activity where total revenue equals total costs, resulting in neither profit nor loss.

Formula: Break-Even Point (in patient-days) = Fixed Costs / Contribution per Patient-Day

Where: Contribution per Patient-Day = Revenue per Patient-Day – Variable Cost per Patient-Day

Alternatively: Break-Even Point (in patient-days) = Fixed Costs / Contribution Margin Ratio

Note: The question as presented does not provide the specific financial data (revenue per patient-day, variable costs per patient-day, fixed costs, and current number of patients) needed to calculate the numerical answer. To solve this, the following information from the case scenario would be required:

1. Annual fixed costs (salaries, depreciation, rent, utilities, etc.)
2. Variable cost per patient-day (medicines, consumables, supplies)
3. Revenue per patient-day (fees charged)
4. Current/budgeted patient-day occupancy

Approach: Once data is provided, calculate contribution per patient-day, then divide total fixed costs by this contribution to obtain break-even patient-days. This indicates the minimum activity level the unit must sustain to avoid losses in 2021.

Significance for Medical Unit Budgeting: This analysis helps the unit determine the minimum number of patients it must serve to cover all operating costs, essential for financial viability and resource planning under uncertain demand.