Business Data Management · End Term · May 2026 · FN

**1. Identify the post-flood demand and supply functions:** We are given the post-flood daily market equations for 1-liter bottled water: - Post-flood Demand: \(Q_d' = 8,000 - 100P\) - Post-flood Supply: \(Q_s' = 150P\) where \(P\) is the price in INR per bottle and \(Q\) is the quantity in bottles. **2. Set \(Q_d' = Q_s'\) to find the new equilibrium price \(P^*\):** At market equilibrium, quantity demanded equals quantity supplied: \[8,000 - 100P^* = 150P^*\] \[8,000 = 250P^* \implies P^* = \frac{8,000}{250} = 32\text{ INR}\] **3. Substitute \(P^* = 32\) to find the equilibrium quantity \(Q^*\):** \[Q^* = 150 \times 32 = 4,800\text{ bottles}\] (Check with demand: \(Q_d' = 8,000 - 100(32) = 8,000 - 3,200 = 4,800\text{ bottles}\).) **Answer: B — P=32 INR, Q=4,800 bottles.** A: **Incorrect:** At \(P = 25\), \(Q_d' = 5,500\) while \(Q_s' = 150(25) = 3,750 \neq 5,500\). B: **Correct:** Setting \(8,000 - 100P = 150P\) gives \(250P = 8,000 \implies P^* = 32\text{ INR}\) and \(Q^* = 150(32) = 4,800\text{ bottles}\). C: **Incorrect:** At \(P = 40\), \(Q_d' = 4,000\) while \(Q_s' = 150(40) = 6,000 \neq 4,000\). D: **Incorrect:** At \(P = 28\), \(Q_d' = 5,200\) while \(Q_s' = 150(28) = 4,200 \neq 5,200\).

**1. Recall the Price Elasticity of Demand (PED) formula:** Price Elasticity of Demand measures the percentage change in quantity demanded divided by the percentage change in price: \[\text{PED} = \frac{\% \Delta Q_d}{\% \Delta P} = \frac{(Q_2 - Q_1) / Q_1}{(P_2 - P_1) / P_1}\] **2. Calculate the percentage changes in price and quantity:** We are given: - Initial price \(P_1 = 200\), new price \(P_2 = 300\): \[\% \Delta P = \frac{300 - 200}{200} = \frac{100}{200} = +0.50 \quad (+50\%)\] - Initial quantity \(Q_1 = 1,000\), new quantity \(Q_2 = 800\): \[\% \Delta Q_d = \frac{800 - 1,000}{1,000} = \frac{-200}{1,000} = -0.20 \quad (-20\%)\] **3. Compute PED and classify elasticity:** \[\text{PED} = \frac{-20\%}{+50\%} = -0.40\] Since \(|\text{PED}| = 0.40 < 1\), demand is **inelastic** (essential emergency rations have few substitutes during a flood). **Answer: A — -0.40 (Inelastic).** A: **Correct:** A 20% drop in quantity demanded divided by a 50% increase in price yields \(\text{PED} = -0.20 / 0.50 = -0.40\), which is inelastic (\(|\text{PED}| < 1\)). B: **Incorrect:** \(-1.25\) inverts or miscalculates the percentage changes. C: **Incorrect:** \(-0.80\) would require a 40% drop in quantity for a 50% price increase. D: **Incorrect:** \(-2.50 = 0.50 / -0.20\) is the reciprocal \(\%\Delta P / \%\Delta Q_d\) instead of \(\%\Delta Q_d / \%\Delta P\).

**1. Evaluate Quantity Demanded (\(Q_d\)) and Quantity Supplied (\(Q_s\)) at the price ceiling \(P_{\text{cap}} = 40\):** We are given the post-flood market equations for staple rice: - Market Demand: \(Q_d = 12,000 - 100P\) - Market Supply: \(Q_s = -1,000 + 100P\) Substitute the capped price \(P = 40\text{ INR/kg}\) into both equations: - **Quantity Demanded at \(P = 40\):** \[Q_d = 12,000 - 100(40) = 12,000 - 4,000 = 8,000\text{ kg}\] - **Quantity Supplied at \(P = 40\):** \[Q_s = -1,000 + 100(40) = -1,000 + 4,000 = 3,000\text{ kg}\] **2. Determine the resulting shortage or surplus:** Since \(Q_d = 8,000\text{ kg} > Q_s = 3,000\text{ kg}\), quantity demanded exceeds quantity supplied, creating a **market shortage** of: \[\text{Shortage} = Q_d - Q_s = 8,000 - 3,000 = 5,000\text{ kg}\] **Answer: C — A market shortage of 5,000 kg.** A: **Incorrect:** `3,000 kg` is the quantity supplied \(Q_s\), and because \(Q_d > Q_s\), there is a shortage rather than a surplus. B: **Incorrect:** At \(P = 40\) (below the equilibrium price of \(65\)), demand exceeds supply, causing a shortage, not a surplus. C: **Correct:** At \(P = 40\), \(Q_d = 8,000\text{ kg}\) and \(Q_s = 3,000\text{ kg}\), resulting in a market shortage of \(8,000 - 3,000 = 5,000\text{ kg}\). D: **Incorrect:** `8,000 kg` is the total quantity demanded \(Q_d\), before subtracting the \(3,000\text{ kg}\) supplied.

**1. Understand the definition of Opportunity Cost on a Production Possibilities Frontier (PPF):** The opportunity cost of producing more of one good (restored roads) when moving along the PPF is the **amount of the other good (repaired pumping stations) that must be given up**. **2. Calculate the opportunity cost of moving from Combination C to Combination D:** - **At Combination C:** \(20\text{ km}\) of restored roads and **\(38\) repaired pumping stations**. - **At Combination D:** \(30\text{ km}\) of restored roads and **\(22\) repaired pumping stations**. To gain \(30 - 20 = 10\) additional km of restored roads, the number of repaired pumping stations falls from \(38\) to \(22\): \[\text{Opportunity Cost} = 38 - 22 = 16\text{ repaired pumping stations}\] **Answer: B — 16 repaired pumping stations.** A: **Incorrect:** `8` is the opportunity cost of moving from B (46 stations) to C (38 stations), not from C to D. B: **Correct:** Moving from C (38 stations) to D (22 stations) sacrifices \(38 - 22 = 16\) repaired pumping stations. C: **Incorrect:** `22` is the remaining number of pumping stations at point D, not the number given up. D: **Incorrect:** `10` is the number of km of roads gained, not the pumping stations sacrificed.

**1. Distinguish between Microeconomics and Macroeconomics:** - **Microeconomics** studies the behavior and decision-making of **individual economic agents**—such as a specific firm (Swiggy) setting personalized pricing/discounts and individual consumers responding to those incentives. - **Macroeconomics** studies economy-wide aggregates such as national GDP, inflation, unemployment, and monetary/fiscal policy. **2. Conclude:** Swiggy offering targeted discounts to individual customers based on their order history is a firm-level pricing and consumer-behavior decision, which falls under **Microeconomics**. **Answer: B — Microeconomics.** A: **Incorrect:** Macroeconomics deals with national economic aggregates like GDP and inflation, not firm-specific customer discounting. B: **Correct:** Individual firm pricing strategies and consumer demand behavior are core topics of Microeconomics. C: **Incorrect:** Open economy macroeconomics studies international trade and capital flows between nations. D: **Incorrect:** This firm-level pricing practice belongs specifically to Microeconomics.

**1. Understand a vertical supply curve (Perfectly Inelastic Supply):** On a standard price-quantity graph (Price \(P\) on the vertical axis, Quantity \(Q\) on the horizontal axis), a **vertical supply curve** at \(Q = Q_1\) means that the quantity supplied remains fixed at \(Q_1\) at every price level (Price Elasticity of Supply \(E_s = 0\)). **2. Conclude:** A vertical supply curve indicates that **the quantity supplied is fixed and does not change, regardless of the price level** (perfectly inelastic supply, such as fixed stadium seating or land). **Answer: B — The quantity supplied is fixed and does not change, regardless of the price level.** A: **Incorrect:** High responsiveness corresponds to a nearly flat (horizontal) elastic supply curve. B: **Correct:** A vertical line at \(Q_1\) shows that quantity supplied remains constant at \(Q_1\) no matter how high or low the price goes. C: **Incorrect:** A vertical line has constant \(Q\), not decreasing \(Q\). D: **Incorrect:** Perfectly elastic supply is represented by a *horizontal* supply curve; a vertical supply curve is perfectly *inelastic*.

**1. Calculate the Price Elasticity of Demand (\(E_d\)) for Platform A's digital passes:** We are given: - Percentage change in price: \(\% \Delta P = +1\%\) (from ₹500 to ₹505) - Percentage decline in quantity demanded: \(\% \Delta Q_d = 100\%\) (from 10,000 passes to 0 passes) Taking the magnitude of the Price Elasticity of Demand: \[E_d = \left|\frac{\% \Delta Q_d}{\% \Delta P}\right| = \frac{100\%}{1\%} = 100\] **2. Interpret the elasticity:** Because identical substitutes are available at ₹500 on competing platforms, \(E_d = 100 \gg 1\), meaning **Demand is Highly Elastic (approaching Perfectly Elastic)**. **Answer: C — Ed = 100; Demand is Highly Elastic (approaching Perfectly Elastic).** A: **Incorrect:** \(E_d = 0\) (perfectly inelastic) means quantity demanded does not change at all when price changes, whereas sales dropped to zero. B: **Incorrect:** Unitary elastic (\(E_d = 1\)) would mean a 1% price increase causes only a 1% drop in sales. C: **Correct:** Dividing the 100% drop in quantity by the 1% rise in price gives \(E_d = 100 / 1 = 100\), indicating highly elastic demand. D: **Incorrect:** \(0.01 = 1\% / 100\%\) inverts the elasticity ratio.

**1. Recall the Revenue Recognition Principle under Accrual Accounting:** Under the **Revenue Recognition Principle** (a cornerstone of accrual accounting), revenue is recognized and recorded in the accounting period in which the **performance obligation is satisfied (i.e., when the goods are delivered or services are rendered to the customer)**, regardless of when the cash payment is actually received. **2. Apply to the scenario:** Because the business delivered the product to the customer in **October**, the revenue must be recorded **in October, when the goods were provided** (recording an Accounts Receivable asset until cash is collected in December). **Answer: C — In October, when the goods were provided.** A: **Incorrect:** Revenue is not split arbitrarily between delivery date and cash collection date. B: **Incorrect:** Recording revenue in December when cash is received is Cash-Basis accounting, not the Revenue Recognition Principle. C: **Correct:** Under the Revenue Recognition Principle, revenue is earned and recorded in October when the goods are delivered to the customer. D: **Incorrect:** Delivery of the goods in October satisfies the performance obligation.

**1. Trace the accrual accounting journal entries across the two months:** - **Previous month (when the utility bill was incurred and recorded as a liability):** The business debited `Utility Expense` (on last month's Income Statement) and credited `Accounts Payable / Accrued Utilities Payable` (a Balance Sheet liability) for ₹15,000. - **Current month (when the ₹15,000 cash is paid to settle the liability):** The business debits `Accounts Payable` (reducing the Balance Sheet liability by ₹15,000) and credits `Cash` (reducing the Balance Sheet asset by ₹15,000). **2. Determine the impact on the current month's Income Statement:** Because this transaction only affects two **Balance Sheet** accounts (`Cash` and `Accounts Payable`) and the expense was already recognized in the previous month, **there is no impact on the current month's Income Statement**. **Answer: B — There is no impact on the Income Statement.** A: **Incorrect:** Paying off an accrued utility liability does not affect sales or cost of goods sold. B: **Correct:** The utility expense was already recognized on last month's Income Statement; paying the liability in the current month only reduces Cash and Accounts Payable on the Balance Sheet. C: **Incorrect:** Paying a bill is a cash outflow and does not increase revenue. D: **Incorrect:** Recording the expense again in the current month would double-count the utility expense.

**1. Understand the Price-to-Earnings (P/E) Ratio:** The P/E ratio is defined as: \[\text{P/E Ratio} = \frac{\text{Market Price per Share}}{\text{Earnings Per Share (EPS)}} = \frac{500}{50} = 10\] **2. Interpret what a P/E ratio of 10 means:** A P/E ratio of 10 means that in the stock market, **investors are willing to pay ₹10 for every ₹1 of annual earnings** generated by the company. **Answer: A — Investors are paying 10 rupees for every 1 rupee of the company's earnings.** A: **Correct:** By definition, \(\text{P/E} = \text{Price} / \text{EPS} = 500 / 50 = 10\) shows that the market price is 10 times the annual earnings per share (₹10 paid per ₹1 of earnings). B: **Incorrect:** Whether a P/E ratio is a whole number has nothing to do with whether a stock is undervalued. C: **Incorrect:** Return on sales/equity is a profitability percentage; P/E compares market share price to EPS (though the earnings yield \(\text{EPS}/\text{Price}\) is 10%, the company is not 'generating a 10% return on every share sold'). D: **Incorrect:** P/E relates share price to earnings, not debt to earnings.

**1. Distinguish between Gross Profit and Net Profit on the Income Statement:** - **Gross Profit** \(= \text{Revenue} - \text{Cost of Goods Sold (COGS)}\), where COGS includes direct manufacturing costs (direct materials, direct labor, factory overheads). - **Net Profit** \(= \text{Gross Profit} - \text{Operating & Indirect Expenses (Administration, Selling/Marketing, Interest, Taxes)}\). **2. Diagnose a healthy Gross Profit combined with a low Net Profit:** Since Gross Profit is healthy, the selling price and direct manufacturing costs (COGS) are well managed. The sharp drop between Gross Profit and Net Profit indicates that **indirect expenses (such as administration, selling, or marketing expenses) are excessively high / out of control**. **Answer: A — Indirect costs like administration or marketing are out of control.** A: **Correct:** Indirect operating expenses (administration, selling, marketing) are deducted after Gross Profit to arrive at Net Profit, so excessive indirect costs explain a high Gross Profit but low Net Profit. B: **Incorrect:** High manufacturing costs would increase COGS and directly reduce Gross Profit. C: **Incorrect:** A low selling price relative to variable production costs would result in a low Gross Profit. D: **Incorrect:** A favorable variance in direct materials reduces COGS and increases profit.

**1. Recall the three categories of product/service attributes in marketing (Search, Experience, and Credence):** - **Search attributes:** Characteristics a customer can evaluate *prior* to purchase (e.g., color, price, size, chair design). - **Experience attributes:** Characteristics a customer can evaluate only *during or after* consumption/feeling them (e.g., taste of food at a restaurant, haircut, vacation). - **Credence attributes:** Characteristics that customers find difficult or impossible to evaluate confidently **even after purchase and consumption** (e.g., complex medical surgery, legal advice, auto engine repair) because they lack the specialized technical expertise. **Answer: B — Credence attributes.** A: **Incorrect:** Experience attributes *can* be evaluated by the customer after experiencing/consuming the service. B: **Correct:** Credence attributes are service qualities that customers cannot reliably judge even after experiencing the service. C: **Incorrect:** Only credence attributes remain difficult to evaluate post-consumption. D: **Incorrect:** Credence attributes is the exact marketing term.

**1. Understand price elasticity in Business-to-Business (B2B) markets:** In B2B markets: - **Industry-wide / derived demand** is often **price inelastic** in the short run (because business buyers have fixed production commitments, high switching costs, or the input is a small fraction of total product cost). - However, **company-level demand** (when multiple B2B suppliers bid to supply a standardized component or commodity input) can be **highly price elastic**. Thus, B2B markets **tend to be both price elastic and inelastic, depending on the situation** (e.g., short-run vs. long-run, differentiated vs. commodity input, industry vs. individual vendor level). **Answer: C — They tend to be both price elastic and inelastic, depending on the situation.** A: **Incorrect:** B2B demand is often inelastic when switching costs are high or demand is derived from inelastic consumer demand. B: **Incorrect:** B2B buyers can be highly price-sensitive (elastic) during competitive bidding for standardized supplies. C: **Correct:** Depending on switching costs, contract lock-in, and availability of substitutes, B2B demand can be either price elastic or price inelastic. D: **Incorrect:** Every market exhibits some degree of price elasticity or inelasticity.

**1. Recall the 7 steps of the selling process:** The standard 7 steps of personal selling are: 1. Prospecting 2. Targeting and Pre-approach 3. **Approach** (where **openers** / opening lines and initial contact are used to greet the prospect, build rapport, and gain attention!) 4. Needs Analysis (Need Assessment) 5. Offer / Presentation (Pitch) 6. Handling Objections 7. Closing and Follow-up **2. Check the given options:** Because openers are used in the **Approach** phase, and `"Approach"` is not listed among Options A, B, C, or D, the correct choice is **E — None of these**. **Answer: E — None of these.** A: **Incorrect:** Prospecting is the process of identifying potential leads before any contact is made. B: **Incorrect:** Targeting and pre-approach involve qualifying leads and researching them prior to the meeting. C: **Incorrect:** Needs analysis occurs after the initial approach/opener has already established rapport. D: **Incorrect:** The offer (pitch) is presented after needs analysis, not as the initial opener. E: **Correct:** Openers are used during the **Approach** step of the 7-step selling process, which is not listed in Options A–D.

**1. Distinguish between Outcome Failure and Process Failure in service delivery:** - **Outcome failure:** Occurs when the core service that the customer paid for is not delivered (here, **IndiGo cancelled the flights**, failing to transport the passengers to their destination). - **Process failure:** Occurs when the manner in which the service (or service recovery) is delivered is flawed, rude, or uncommunicative (here, **customers were not given any information** on when their flights would be rescheduled). **2. Conclude:** Because the airline both failed to deliver the core flight service (flight cancellations) and failed in communication/service handling during the disruption, this represents **both outcome and process failure**. **Answer: C — Both outcome and process failure.** A: **Incorrect:** In addition to the outcome failure (cancelled flights), failing to inform customers about rescheduling is a process failure. B: **Incorrect:** In addition to the process failure (lack of communication), cancelling the flights is an outcome failure. C: **Correct:** Cancelling the flights is an outcome failure (core service not delivered), and failing to communicate rescheduling information is a process failure. D: **Incorrect:** Both types of service failure occurred.

**1. Calculate Ravi's monthly Revenue, Expenses, and Net Profit for June (30 days):** - **Monthly Revenue:** \[60\text{ glasses/day} \times 30\text{ days} \times ₹10/\text{glass} = ₹18,000\] - **Monthly Operating Expenses:** \[₹350/\text{day} \times 30\text{ days} = ₹10,500\] - **Monthly Fixed Rent:** \(₹500\) - **Total Monthly Expenses:** \[₹10,500 + ₹500 = ₹11,000\] - **Monthly Net Profit:** \[₹18,000 - ₹11,000 = ₹7,000\] **2. Calculate Retained Earnings after paying 50% as dividends:** \[\text{Retained Earnings} = ₹7,000 \times (1 - 0.50) = ₹3,500\] **Answer: B — ₹3,500.** A: **Incorrect:** `₹7,000` is the total monthly Net Profit before deducting the 50% dividend distribution. B: **Correct:** Monthly revenue is ₹18,000 and total expenses are \(₹10,500 + ₹500 = ₹11,000\), giving ₹7,000 profit; retaining 50% leaves ₹3,500. C: **Incorrect:** `₹9,000` is 50% of gross revenue without deducting expenses. D: **Incorrect:** `₹4,000` forgets to deduct the ₹500 monthly fixed rent before splitting profit.

**1. Apply the Indirect Method for Net Cash from Operating Activities:** Under the indirect method of the Cash Flow Statement: - Start with **Net Income**: \(₹172,500\) - **Add back non-cash expenses (Depreciation):** \(+ ₹50,000\) - **Subtract increase in Current Assets (Inventory increase):** An increase in inventory consumes cash \(\implies - ₹20,000\) - **Add increase in Current Liabilities (Accounts Payable increase):** Delaying cash payment to suppliers preserves cash \(\implies + ₹5,000\) **2. Compute the final figure:** \[\text{Net Cash from Operating Activities} = 172,500 + 50,000 - 20,000 + 5,000 = ₹207,500\] **Answer: D — ₹207,500.** A: **Incorrect:** `₹242,500` adds the ₹20,000 inventory increase instead of subtracting it (\(172,500 + 50,000 + 20,000 = 242,500\)). B: **Incorrect:** `₹197,500` subtracts the ₹5,000 increase in Accounts Payable instead of adding it. C: **Incorrect:** `₹157,500` subtracts depreciation instead of adding it back. D: **Correct:** \(₹172,500 + ₹50,000 - ₹20,000 + ₹5,000 = ₹207,500\).

**1. Calculate Net Income under Accrual Accounting:** - **Revenue earned:** Maya performed \(₹60,000\) of services on credit. Under accrual accounting, revenue is recognized when the service is performed (even if on credit): \[\text{Total Revenue} = ₹60,000\] - **Expenses incurred:** Rent (\(₹15,000\)) + Supplies (\(₹5,000\)) + Salaries (\(₹30,000\)): \[\text{Total Expenses} = 15,000 + 5,000 + 30,000 = ₹50,000\] **2. Subtract Total Expenses from Total Revenue:** \[\text{Net Income} = ₹60,000 - ₹50,000 = ₹10,000\] **Answer: D — 10,000.** A: **Incorrect:** `50,000` is the sum of the expenses, not the Net Income. B: **Incorrect:** `60,000` is the gross service revenue before deducting expenses. C: **Incorrect:** `20` is not the difference between ₹60,000 and ₹50,000. D: **Correct:** Subtracting total expenses of ₹50,000 (`15,000 + 5,000 + 30,000`) from accrued revenue of ₹60,000 yields ₹10,000.

**1. Recall the formula for Net Profit Margin:** \[\text{Net Profit Margin} = \left(\frac{\text{Profit After Tax (PAT)}}{\text{Total Sales}}\right) \times 100\%\] **2. Substitute the given values:** Given \(\text{PAT} = \text{Rs } 3,75,000\) and \(\text{Total Sales} = \text{Rs } 25,00,000\): \[\text{Net Profit Margin} = \left(\frac{3,75,000}{25,00,000}\right) \times 100\% = \frac{375}{25}\% = 15\%\] **Answer: D — 15%.** A: **Incorrect:** 12% of Rs 25,00,000 would be Rs 3,00,000, not Rs 3,75,000. B: **Incorrect:** 20% of Rs 25,00,000 would be Rs 5,00,000. C: **Incorrect:** 6.67% is the reciprocal ratio \(25 / 375\) scaled. D: **Correct:** \(\frac{3,75,000}{25,00,000} \times 100\% = 15\%\).

**1. Recall the formula for Dividend Yield:** \[\text{Dividend Yield} = \left(\frac{\text{Annual Dividend per Share}}{\text{Current Market Price per Share}}\right) \times 100\%\] **2. Substitute the given values:** Given Annual Dividend \(= \text{Rs } 5\) and Market Price \(= \text{Rs } 200\): \[\text{Dividend Yield} = \left(\frac{5}{200}\right) \times 100\% = 2.5\%\] **Answer: A — 2.5%.** A: **Correct:** Dividing the Rs 5 annual dividend by the Rs 200 share price gives \(5 / 200 = 0.025 = 2.5\%\). B: **Incorrect:** `40` is the inverse ratio \(200 / 5 = 40\), not the dividend yield. C: **Incorrect:** `25%` is ten times the actual dividend yield of `2.5%`. D: **Incorrect:** `5%` would require a market price of Rs 100 for a Rs 5 dividend.

**1. Recall the syntax for formulas and functions in Microsoft Excel:** In Microsoft Excel (and Google Sheets), every formula or function entered into a cell **must begin with an equals sign (`=`)** (e.g., `=SUM(A1:A10)` or `=A1+B1`) so that Excel evaluates it as an expression rather than treating it as plain text. **Answer: C — =.** A: **Incorrect:** `@` is used in modern Excel for implicit intersection or table structured references, not as the required leading character of a formula. B: **Incorrect:** `*` is the multiplication operator used inside a formula. C: **Correct:** Typing `=` as the first character tells Excel that the cell contains a formula or function. D: **Incorrect:** `:` is the range operator used between cell references (such as `A1:A10`).

**1. Recall the keyboard shortcuts in Microsoft Excel:** - **`Ctrl + E`:** Triggers **Flash Fill**, which automatically detects patterns in adjacent columns and fills the remaining cells in the column. - **`Ctrl + R`:** Fills Right (copies the leftmost cell of a selected range to the right). - **`Ctrl + F`:** Opens the Find dialog box. - **`Ctrl + D`:** Fills Down (copies the top cell of a selected range downward). **Answer: A — Ctrl + E.** A: **Correct:** `Ctrl + E` is the keyboard shortcut for Flash Fill in Excel. B: **Incorrect:** `Ctrl + R` is the shortcut for Fill Right. C: **Incorrect:** `Ctrl + F` opens the Find dialog box. D: **Incorrect:** `Ctrl + D` is the shortcut for Fill Down.

**1. Understand how Excel's Data Analysis ToolPak (`Descriptive Statistics`) handles non-numeric text inside the data body:** Unlike worksheet functions like `=AVERAGE(range)` (which silently ignore text cells), the **Descriptive Statistics** tool in Excel's Analysis ToolPak strictly requires the data body of the input range to contain only numeric values (apart from an optional single header row when *Labels in First Row* is checked). If any cell inside the data body contains a text string, Excel aborts and displays an error dialog stating: **`"Descriptive Statistics - Input range contains non-numeric data."`** **Answer: B — Excel returns an alert stating, 'Descriptive statistics: Input range contains non-numeric data.'** A: **Incorrect:** The Descriptive Statistics ToolPak does not coerce text strings to zero. B: **Correct:** Excel's Analysis ToolPak Descriptive Statistics tool halts and shows the alert `'Descriptive statistics: Input range contains non-numeric data.'` when text strings appear in the data range. C: **Incorrect:** Excel never converts text strings into ASCII codes for statistical calculations. D: **Incorrect:** While standard worksheet formulas like `AVERAGE()` ignore text cells, the Descriptive Statistics ToolPak rejects ranges containing embedded text.

**1. Understand accounting for shares issued at a premium:** When a company issues a share at a price higher than its nominal (face/par) value: - The **face value** (₹20) is credited to the **Share Capital (Paid-up Capital)** account. - The excess amount above face value (\(₹60 - ₹20 = ₹40\)) is a capital receipt credited to the **Securities Premium** account (under Reserves and Surplus in Shareholders' Equity on the Balance Sheet). **Answer: A — Securities Premium.** A: **Correct:** The excess of issue price (₹60) over face value (₹20) is ₹40, which is recorded in the Securities Premium account. B: **Incorrect:** Capital Reserve is used for capital profits such as profit on reissue of forfeited shares, not regular share issue premium. C: **Incorrect:** Paid-up Share Capital only records the nominal face value (₹20 per share). D: **Incorrect:** Share premium is a capital transaction, not operational revenue, so it is never credited to the Profit and Loss Account.

**1. Recall the BANT lead qualification framework in B2B sales:** **BANT** is an acronym used to qualify sales prospects across four criteria: - **B — Budget:** Does the prospect have the financial budget to buy? - **A — Authority:** Does the contact person have the decision-making **Authority** to approve the purchase? - **N — Need:** Does the prospect have a genuine business need that the product solves? - **T — Timeframe (Timeline):** Within what timeframe will the prospect make a purchasing decision? **Answer: A — Authority.** A: **Correct:** In the BANT framework (Budget, Authority, Need, Timeframe), 'A' stands for decision-making Authority. B: **Incorrect:** 'A' stands for Authority, not Association. C: **Incorrect:** 'A' stands for Authority, not All-rounder. D: **Incorrect:** 'A' stands for Authority, not Aficionado.

**1. Calculate Cost of Goods Sold (COGS) and Net Profit under FIFO vs. LIFO:** We are given: - Opening inventory: \(200\text{ units} \times ₹10 = ₹2,000\) - Purchases: \(300\text{ units} \times ₹15 = ₹4,500\) - Total Goods Available for Sale (500 units): \(₹2,000 + ₹4,500 = ₹6,500\) - Sales: \(400\text{ units}\) sold (leaving \(500 - 400 = 100\text{ units}\) in closing inventory). 1. **Under FIFO (First-In, First-Out):** The first 400 units sold are the 200 opening units (at ₹10) plus 200 of the purchased units (at ₹15). The remaining **100 closing inventory units** are from the newest batch (at ₹15): - Closing Inventory (FIFO) \(= 100 \times ₹15 = ₹1,500\) - \(\text{COGS}_{\text{FIFO}} = ₹6,500 - ₹1,500 = ₹5,000\) 2. **Under LIFO (Last-In, First-Out):** The 400 units sold take all 300 newest units (at ₹15) plus 100 of the opening units (at ₹10). The remaining **100 closing inventory units** are from the oldest batch (at ₹10): - Closing Inventory (LIFO) \(= 100 \times ₹10 = ₹1,000\) - \(\text{COGS}_{\text{LIFO}} = ₹6,500 - ₹1,000 = ₹5,500\) **2. Find the exact difference in Net Profit:** Since Sales Revenue (\(400 \times ₹25 = ₹10,000\)) and Operating Expenses (\(₹1,500\)) are identical under both methods, the difference in Net Profit equals the difference in COGS (or Closing Inventory): \[\text{Difference in Net Profit} = ₹5,500 - ₹5,000 = ₹500\] (Specifically, Net Profit is \(₹3,500\) under FIFO and \(₹3,000\) under LIFO, a difference of **500**.) **Answer: A — 500.** A: **Correct:** Closing inventory is \(100 \times ₹15 = ₹1,500\) under FIFO and \(100 \times ₹10 = ₹1,000\) under LIFO, producing a ₹500 difference in COGS and Net Profit. B: **Incorrect:** The 100 remaining units have a ₹5 per unit cost difference (\(100 \times 5 = 500\), not `750`). C: **Incorrect:** `1,000` is the LIFO closing inventory value itself, not the difference between FIFO and LIFO. D: **Incorrect:** `250` is half the actual ₹500 difference.

**1. Calculate Raw Materials Consumed, Prime Cost, and Cost of Production (COP):** 1. **Raw Materials Consumed:** \[\text{Opening RM} + \text{Purchases} - \text{Closing RM} = 60,000 + 5,20,000 - 40,000 = ₹5,40,000\] 2. **Direct Labor and Direct Expenses:** - Direct Labor \(= ₹1,80,000\) - Direct Expenses \(= 20\% \text{ of } ₹1,80,000 = 0.20 \times 1,80,000 = ₹36,000\) 3. **Prime Cost:** \[\text{Prime Cost} = 5,40,000 + 1,80,000 + 36,000 = ₹7,56,000\] 4. **Factory Overheads (30% of Prime Cost) and Cost of Production (Works Cost):** - Factory Overheads \(= 30\% \text{ of } ₹7,56,000 = 0.30 \times 7,56,000 = ₹2,26,800\) - Total Cost of Production (Finished Goods produced) \(= 7,56,000 + 2,26,800 = ₹9,82,800\) **2. Calculate Closing Finished Goods Inventory:** Using the Cost of Goods Sold (COGS) identity: \[\text{COGS} = \text{Opening Finished Goods} + \text{Cost of Production} - \text{Closing Finished Goods}\] Substitute \(\text{COGS} = 9,00,000\), \(\text{Opening FG} = 1,20,000\), and \(\text{COP} = 9,82,800\): \[9,00,000 = 1,20,000 + 9,82,800 - \text{Closing FG}\] \[\text{Closing FG} = 11,02,800 - 9,00,000 = ₹2,02,800\] **Answer: C — ₹2,02,800.** A: **Incorrect:** `₹1,66,800` omits the ₹36,000 of direct expenses. B: **Incorrect:** `₹82,800` omits the ₹1,20,000 opening finished goods inventory (\(9,82,800 - 9,00,000 = 82,800\)). C: **Correct:** Prime Cost is ₹7,56,000, Factory Overheads are ₹2,26,800, Cost of Production is ₹9,82,800, and \(1,20,000 + 9,82,800 - 9,00,000 = ₹2,02,800\). D: **Incorrect:** `₹2,42,800` adds closing raw material inventory instead of subtracting it.

**1. Recall the definitions of Current Ratio and Quick Ratio:** - \(\text{Current Ratio} = \frac{\text{Current Assets}}{\text{Current Liabilities}} = 2.0\) - \(\text{Quick Ratio} = \frac{\text{Quick Assets}}{\text{Current Liabilities}} = \frac{\text{Current Assets} - \text{Inventory}}{\text{Current Liabilities}} = 1.2\) **2. Calculate Current Assets, Quick Assets, and Inventory:** Given \(\text{Current Liabilities} = ₹50,000\): - \(\text{Current Assets} = 2.0 \times ₹50,000 = ₹1,00,000\) - \(\text{Quick Assets} = 1.2 \times ₹50,000 = ₹60,000\) - \(\text{Inventory} = \text{Current Assets} - \text{Quick Assets} = ₹1,00,000 - ₹60,000 = ₹40,000\) **Answer: B — ₹40,000.** A: **Incorrect:** `₹10,000` is not \((2.0 - 1.2) \times ₹50,000\). B: **Correct:** \(\text{Inventory} = (2.0 - 1.2) \times ₹50,000 = 0.8 \times ₹50,000 = ₹40,000\). C: **Incorrect:** `₹100,000` is the total Current Assets (\(2.0 \times ₹50,000\)). D: **Incorrect:** `₹60,000` is the Quick Assets (\(1.2 \times ₹50,000\)).

**1. Analyze the market context for EGI's new B2B laptop facility:** EGI is a **brand-new entrant** competing in a market dominated by well-established brands (HP, Apple, Lenovo, Acer), and is targeting **B2B customers** (as seen in the next subquestion). Because EGI has low initial brand awareness and B2B buyers involve fewer, larger accounts that will not organically search for an unknown brand on their own, EGI's marketing/sales team must proactively reach out to potential corporate buyers through **Outbound marketing** (cold outreach, direct sales calls, emails, trade shows) during prospecting. **Answer: B — Outbound marketing.** A: **Incorrect:** Inbound marketing relies on existing brand awareness and customers actively searching for the brand, which is slow for an unknown B2B newcomer. B: **Correct:** As a new entrant in a crowded market targeting B2B clients, EGI must proactively reach out to prospects via Outbound marketing. C: **Incorrect:** In the course framework for a new B2B manufacturer, proactive outbound prospecting is the primary focus. D: **Incorrect:** Targeting is the step that follows *after* prospecting, not an aspect of how prospecting outreach is conducted.

**1. Recall the sequence of the 7 steps of the selling process:** 1. **Prospecting:** Identifying a list of potential leads (here, 150 potential B2B customers). 2. **Targeting (Qualifying):** Filtering and qualifying the prospects (e.g., using **BANT** — Budget, Authority, Need, Timeframe, as done in Question 32!) to determine which leads are worth pursuing, followed by Pre-approach. **2. Check the given options:** The options are A (`Approach`), B (`pre-approach`), C (`Prospecting`), and D (`None of these`). Because the step immediately following Prospecting (and explicitly performed in Question 32 via BANT) is **Targeting** (or Qualifying), which is not listed among A, B, or C, the correct option is **D — None of these**. **Answer: D — None of these.** A: **Incorrect:** Approach comes after Targeting and Pre-approach. B: **Incorrect:** Before pre-approach/approach, the 150 raw leads must first go through **Targeting** (qualification using BANT, as shown in the next question). C: **Incorrect:** Prospecting has just been completed. D: **Correct:** The step that immediately follows Prospecting is **Targeting** (lead qualification via BANT), which is not among Options A–C.

**1. Trace the sequential BANT qualification funnel starting from 150 prospects:** We start with \(N_0 = 150\) prospective customers and apply the four BANT filters sequentially (rounding at each step if needed): 1. **Budget (20% did not have a budget, so 80% remain):** \[N_1 = 150 \times (1 - 0.20) = 150 \times 0.80 = 120\] 2. **Authority (20% of remaining authorities could not be reached, so 80% remain):** \[N_2 = 120 \times (1 - 0.20) = 120 \times 0.80 = 96\] 3. **Need (5% indicated they did not have a need, so 95% remain):** \[N_3 = 96 \times (1 - 0.05) = 96 \times 0.95 = 91.2 \approx 91\] 4. **Timeframe (3% did not commit on a timeframe, so 97% remain):** \[N_4 = 91.2 \times (1 - 0.03) = 91.2 \times 0.97 = 88.464\] (Or from \(91 \times 0.97 = 88.27\).) Following the rounding instruction (*"if the decimal part is less than .5, round down"*), \(88.464\) (and \(88.27\)) rounds to **88**. **Answer: B — 88.** A: **Incorrect:** `87` would result from rounding down too aggressively at intermediate steps. B: **Correct:** Applying the sequential BANT survival rates \(150 \times 0.80 \times 0.80 \times 0.95 \times 0.97 = 88.464\), which rounds to `88`. C: **Incorrect:** `89` rounds up even though the decimal part `.464` (or `.27`) is less than `.5`. D: **Incorrect:** `90` does not account for the full 3% timeframe drop-off.

**1. Recall the purpose of each core Financial Statement:** - **Balance Sheet (Statement of Financial Position):** Reports a company's **Total Assets, Total Liabilities, and Shareholder's Equity at a specific point in time** (e.g., as of March 31, 2026). - **Statement of Profit and Loss (Income Statement):** Reports revenues, expenses, and profit over a period of time. - **Cash Flow Statement:** Reports cash inflows and outflows across operating, investing, and financing activities over a period of time. **Answer: C — Balance Sheet.** A: **Incorrect:** The Statement of Profit and Loss shows revenues and expenses over a period, not assets and liabilities. B: **Incorrect:** The Cash Flow Statement tracks cash movements, not total assets and liabilities. C: **Correct:** The Balance Sheet provides a snapshot of Total Assets, Total Liabilities, and Shareholder's Equity at a specific point in time. D: **Incorrect:** The Statement of Retained Earnings only tracks changes in retained earnings.

**1. Recall the standard finance and accounting definition of EBITDA:** **EBITDA** stands for: **E**arnings **B**efore **I**nterest, **T**axes, **D**epreciation, and **A**mortization. It measures a company's core operating profitability before non-operating financial charges (interest and taxes) and non-cash accounting charges (depreciation and amortization). **Answer: A — Earnings Before Interest, Taxes, Depreciation, and Amortization.** A: **Correct:** EBITDA is the standard acronym for Earnings Before Interest, Taxes, Depreciation, and Amortization. B: **Incorrect:** 'Estimated Business Income, Taxes, Debt, and Assets' is a fabricated phrase. C: **Incorrect:** 'Equity Based Income Trading...' is a fabricated phrase. D: **Incorrect:** The 'E' in EBITDA stands for Earnings, not Expenses.

**1. State the Fundamental Accounting Equation:** Every Balance Sheet is governed by the fundamental accounting identity: \[\text{Total Assets} = \text{Total Liabilities} + \text{Shareholder's Equity}\] (In the XYZ Tech case study: \(\text{Total Assets} = ₹40,000\) equals \(\text{Total Liabilities} (₹15,000) + \text{Shareholder's Equity} (₹25,000) = ₹40,000\).) **Answer: B — Total Liabilities + Shareholder's Equity.** A: **Incorrect:** Subtracting Shareholder's Equity from Total Liabilities does not equal Total Assets (rather, \(\text{Assets} - \text{Liabilities} = \text{Equity}\)). B: **Correct:** Because every asset is financed either by borrowing (Liabilities) or by owners' capital (Shareholder's Equity), Total Assets always equals Total Liabilities + Shareholder's Equity. C: **Incorrect:** `Revenue - Expenses` equals Net Income on the Profit and Loss statement. D: **Incorrect:** This mixes one liability item with one asset item.

**1. Identify where 'Revenue from Operations' appears in financial statements:** **Revenue from Operations** (operating sales revenue, which is ₹50,000 for XYZ Tech) is the top-line item reported on the **Statement of Profit and Loss (Income Statement)**. **Answer: C — On the Statement of Profit and Loss.** A: **Incorrect:** Current Liabilities on the Balance Sheet records short-term obligations, not revenue. B: **Incorrect:** Shareholder's Equity on the Balance Sheet records share capital and retained earnings. C: **Correct:** 'Revenue from Operations' is the primary top-line income item on the Statement of Profit and Loss. D: **Incorrect:** Fixed Assets is a Balance Sheet category for long-term tangible assets.

**1. Extract Net Profit and Revenue from Operations from the XYZ Tech case study:** From the simplified financial statements of XYZ Tech Manufacturing (in ₹ thousands): - **Revenue from Operations:** \(₹50,000\) - **Net Profit (Profit After Tax):** \(₹4,900\) (since \(\text{EBITDA} = 10,000\), less Depreciation \(2,000\) and Interest \(1,000\) gives \(\text{PBT} = 7,000\), less 30% Tax \(2,100\) gives \(\text{Net Profit} = 4,900\)). **2. Calculate the Net Profit Margin:** \[\text{Net Profit Margin} = \left(\frac{\text{Net Profit}}{\text{Revenue from Operations}}\right) \times 100\% = \left(\frac{4,900}{50,000}\right) \times 100\% = 9.8\%\] **Answer: C — 9.8%.** A: **Incorrect:** `20.0%` is the EBITDA margin (\(10,000 / 50,000 = 20\%\)), before depreciation, interest, and taxes. B: **Incorrect:** `14.0%` is the Profit Before Tax (PBT) margin (\(7,000 / 50,000 = 14\%\)). C: **Correct:** Dividing Net Profit (₹4,900) by Revenue from Operations (₹50,000) gives \(4,900 / 50,000 = 9.8\%\). D: **Incorrect:** `10.0%` is an approximation; the exact Net Profit Margin is `9.8%`.

**1. Recall the formula for Return on Equity (ROE):** \[\text{ROE} = \left(\frac{\text{Net Profit}}{\text{Shareholder's Equity}}\right) \times 100\%\] **2. Substitute the values from XYZ Tech's financial statements:** - **Net Profit:** \(₹4,900\) - **Shareholder's Equity:** \(₹25,000\) \[\text{ROE} = \left(\frac{4,900}{25,000}\right) \times 100\% = 19.6\%\] **Answer: B — 19.6%.** A: **Incorrect:** `12.25%` is the Return on Total Assets (\(\text{ROA} = 4,900 / 40,000 = 12.25\%\)), not Return on Equity. B: **Correct:** Dividing Net Profit (₹4,900) by Shareholder's Equity (₹25,000) gives \(4,900 / 25,000 = 19.6\%\). C: **Incorrect:** `28.0%` uses Profit Before Tax (\(7,000 / 25,000 = 28\%\)) instead of Net Profit After Tax. D: **Incorrect:** `40.0%` uses EBITDA (\(10,000 / 25,000 = 40\%\)) instead of Net Profit.

**1. Recall the Debt-to-Equity Ratio formula (using Long-Term Debt):** \[\text{Debt-to-Equity Ratio} = \frac{\text{Long-Term Debt}}{\text{Shareholder's Equity}}\] **2. Substitute the Balance Sheet figures for XYZ Tech:** - **Long-Term Debt:** \(₹10,000\) - **Shareholder's Equity:** \(₹25,000\) \[\text{Debt-to-Equity Ratio} = \frac{10,000}{25,000} = 0.40\] **Answer: C — 0.40.** A: **Incorrect:** `0.60` uses Total Liabilities (\(15,000 / 25,000 = 0.60\)) instead of only Long-Term Debt (₹10,000) as instructed. B: **Incorrect:** `0.20` uses Current Liabilities (\(5,000 / 25,000 = 0.20\)) instead of Long-Term Debt. C: **Correct:** Dividing Long-Term Debt (₹10,000) by Shareholder's Equity (₹25,000) yields \(10,000 / 25,000 = 0.40\). D: **Incorrect:** `1.50` is not the ratio of Long-Term Debt to Equity.

**1. Recall the Asset Turnover Ratio formula:** \[\text{Asset Turnover Ratio} = \frac{\text{Revenue from Operations}}{\text{Total Assets}}\] **2. Substitute the figures from XYZ Tech's statements:** - **Revenue from Operations:** \(₹50,000\) - **Total Assets:** \(₹40,000\) \[\text{Asset Turnover Ratio} = \frac{50,000}{40,000} = 1.25\text{ times}\] **Answer: A — 1.25 times.** A: **Correct:** Dividing Revenue from Operations (₹50,000) by Total Assets (₹40,000) gives \(50,000 / 40,000 = 1.25\text{ times}\). B: **Incorrect:** `2.00 times` divides Revenue by Fixed Assets (\(50,000 / 25,000\)) or Equity instead of Total Assets. C: **Incorrect:** `0.80 times` is the reciprocal ratio \(\text{Total Assets} / \text{Revenue} = 40,000 / 50,000\). D: **Incorrect:** \(50,000 / 40,000 = 1.25\), not `1.50`.

**1. Understand the Interest Coverage (Times Interest Earned) Ratio in this case study:** From XYZ Tech's Profit and Loss statement: - **EBITDA (Operating Earnings before Depreciation, Interest, and Taxes):** \(₹10,000\) - **Depreciation:** \(₹2,000\) (so \(\text{EBIT} = ₹8,000\)) - **Interest (Finance Costs):** \(₹1,000\) **2. Calculate the coverage ratio matching the provided options:** Using EBITDA (Operating Cash Earnings before Interest) divided by Interest Expense: \[\text{Interest Coverage Ratio} = \frac{₹10,000}{₹1,000} = 10.0\text{ times}\] (Note: Standard EBIT / Interest would be \(8,000 / 1,000 = 8.0\text{ times}\), which is not among the options `7.0, 10.0, 4.9, 5.0`; the case study defines the ratio using EBITDA \(= 10,000 / 1,000 = 10.0\text{ times}\).) **Answer: B — 10.0 times.** A: **Incorrect:** `7.0 times` uses Profit Before Tax (\(\text{PBT} = 7,000 / 1,000\)), which already has interest deducted. B: **Correct:** Dividing EBITDA (₹10,000) by Interest Expense (₹1,000) gives `10.0 times`. C: **Incorrect:** `4.9 times` uses Net Profit After Tax (\(4,900 / 1,000\)). D: **Incorrect:** `5.0 times` does not match the company's earnings or interest figures.

**1. State the 3-step DuPont Analysis identity:** \[\text{ROE} = \text{Net Profit Margin} \times \text{Asset Turnover} \times \text{Equity Multiplier}\] **2. Find the FY 2026 Asset Turnover and Equity Multiplier:** - **Asset Turnover:** \(\frac{\text{Revenue}}{\text{Total Assets}} = \frac{50,000}{40,000} = 1.25\) - **Equity Multiplier:** \(\frac{\text{Total Assets}}{\text{Shareholder's Equity}} = \frac{40,000}{25,000} = 1.60\) - Product of the two: \(\text{Asset Turnover} \times \text{Equity Multiplier} = 1.25 \times 1.60 = 2.00\) (Notice that \(\frac{\text{Revenue}}{\text{Equity}} = \frac{50,000}{25,000} = 2.00\)!) **3. Solve for the required Net Profit Margin to achieve \(\text{ROE} = 25.0\%\):** \[25.0\% = \text{New Net Profit Margin} \times 2.00\] \[\text{New Net Profit Margin} = \frac{25.0\%}{2.00} = 12.5\%\] **Answer: B — 12.5%.** A: **Incorrect:** A 10.5% margin multiplied by `1.25 x 1.60 = 2.0` would only yield an ROE of `21.0%`. B: **Correct:** Since \(\text{Asset Turnover} \times \text{Equity Multiplier} = 1.25 \times 1.60 = 2.0\), achieving \(\text{ROE} = 25.0\%\) requires a Net Profit Margin of \(25.0\% / 2.0 = 12.5\%\). C: **Incorrect:** A 15.0% margin would yield an ROE of \(15.0\% \times 2.0 = 30.0\%\). D: **Incorrect:** `19.6%` is the current FY 2026 ROE, not the required Net Profit Margin.

**1. Identify the initial Current Assets and Current Liabilities from the Balance Sheet:** From XYZ Tech's Balance Sheet: - **Initial Current Assets:** \(₹15,000\) - **Initial Current Liabilities:** \(₹5,000\) (Check: Initial Current Ratio \(= \frac{15,000}{5,000} = 3.0\).) **2. Subtract ₹2,500 from both Current Assets and Current Liabilities:** Paying off ₹2,500 of Current Liabilities using ₹2,500 of Cash reduces both the numerator and the denominator by ₹2,500: - **New Current Assets:** \(15,000 - 2,500 = ₹12,500\) - **New Current Liabilities:** \(5,000 - 2,500 = ₹2,500\) **3. Compute the new Current Ratio:** \[\text{New Current Ratio} = \frac{12,500}{2,500} = 5.0\] **Answer: D — 5.0.** A: **Incorrect:** When the initial Current Ratio is greater than 1 (here 3.0), paying off current liabilities with cash *increases* the Current Ratio rather than decreasing it. B: **Incorrect:** Subtracting the same positive amount from both numerator and denominator of a ratio \(> 1\) strictly increases the ratio. C: **Incorrect:** \(12,500 / 2,500 = 5.0\), not `4.0`. D: **Correct:** Current Assets become \(15,000 - 2,500 = ₹12,500\) and Current Liabilities become \(5,000 - 2,500 = ₹2,500\), giving a new Current Ratio of \(12,500 / 2,500 = 5.0\).

**1. Identify the FY 2026 Revenue, variable COGS, and fixed Operating Expenses:** From XYZ Tech's Profit and Loss statement: - **FY 2026 Revenue:** \(₹50,000\) - **FY 2026 COGS (100% variable, 60% of Revenue):** \(₹30,000\) - **FY 2026 Operating Expenses (100% fixed):** \(₹10,000\) (Check: FY 2026 EBITDA \(= 50,000 - 30,000 - 10,000 = ₹10,000\).) **2. Calculate next year's figures after a 20% drop in Revenue:** - **New Revenue (down 20%):** \[50,000 \times (1 - 0.20) = ₹40,000\] - **New COGS (100% variable, so also down 20%):** \[30,000 \times (1 - 0.20) = ₹24,000\] (New Gross Profit / Contribution \(= 40,000 - 24,000 = ₹16,000\).) - **Operating Expenses (100% fixed, unchanged):** \[₹10,000\] **3. Compute the new EBITDA:** \[\text{New EBITDA} = ₹40,000 - ₹24,000 - ₹10,000 = ₹6,000\] **Answer: B — ₹6,000.** A: **Incorrect:** `₹4,000` is the amount by which EBITDA *decreases* (20% of ₹20,000 gross profit), not the new EBITDA itself. B: **Correct:** New Revenue is ₹40,000, new variable COGS is ₹24,000, and fixed Operating Expenses remain ₹10,000, yielding \(\text{EBITDA} = 40,000 - 24,000 - 10,000 = ₹6,000\). C: **Incorrect:** `₹8,000` assumes Operating Expenses also fell by 20%, contradicting that Operating Expenses are 100% fixed. D: **Incorrect:** `₹10,000` is the original FY 2026 EBITDA before the 20% revenue decline.