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AccountancyCBSE Class 12 · Chapter 3

Use of Spreadsheet in Business Applications Class 12: BRS, Depreciation, Loans and Ratios

Updated 14 October 2026 · Fact-checked

Use of Spreadsheet in Business Applications is the third chapter of CBSE Class 12 Accountancy Part B Option II. The 2026-27 syllabus names four applications: preparing a bank reconciliation statement, asset accounting (depreciation with SLN and DB), loan repayment schedules with PMT, and ratio analysis in a spreadsheet.

What Use of Spreadsheet in Business Applications is about

This chapter shows how the spreadsheet tools of the previous chapter solve real accounting jobs. The method is always the same: list the elements of the job, decide for each one whether its value is typed in or computed by a formula, then write the formulas once and copy them, using absolute references for cells that must not change (such as a year-end date or an interest rate).

The syllabus names four applications. Bank reconciliation statement: lay out the cash book balance and the items that cause the difference, and let a formula produce the pass book balance. Asset accounting: an asset register that works out cost to use and depreciation with the built-in SLN (straight-line) and DB (declining balance, i.e. written-down value) functions, using IF, MONTH, YEAR and DATE for part-years. Loan repayment schedule: the instalment with PMT and a schedule splitting each instalment into interest and principal. Ratio analysis: ratios as formulas linked to balance sheet cells, so they update when the data change.

NCERT also has a payroll example; payroll is not named in the 2026-27 syllabus, so it is not covered here. This chapter is only for students who choose Option II.

Weightage: This chapter is in Part B Option II: Computerised Accounting, which a student takes instead of Option I (Analysis of Financial Statements). Computerised Accounting carries 20 of the 80 theory marks together with Overview of Computerised Accounting System, Spreadsheet and Graphs and Charts for Business Data.Source: CBSE Accountancy (055) syllabus 2026-27, Part B Option II: Computerised Accounting

In real board papers: asked in 2 of the 2 board papers we hold (2026 to 2026), on average 5 marks per paper. See the questions

Key concepts

Designing a spreadsheet application
NCERT section Chapter 3 summary

Every business application follows three steps:

  • List the elements (columns) of the job, such as asset name, cost, salvage value, life, depreciation.
  • For each element decide: typed value (input) or formula (output). Inputs go in cells of their own so they can be changed.
  • Write each formula once, then copy it down; make references to fixed cells (year-end date, rate) absolute.

The IF function handles different conditions (for example, whether an asset was installed before or after March), and date functions (YEAR, MONTH, DATE) handle time.

Worked example

Suppose the year-end date is in F3 and each asset's installation date is in column C. Why must F3 be written as an absolute reference in formulas copied down the asset list? [1 mark]

Try it first, then show the solutionSolution
  1. Every row needs the same year-end date.
  2. A relative F3 would shift to F4, F5 ... on copying; $F$3 stays fixed.

Answer: Because every row must refer to the same cell, $F$3.

Bank reconciliation statement in a spreadsheet
NCERT section CBSE syllabus: bank reconciliation statement

A BRS explains the difference between the bank balance in the cash book and in the pass book (bank statement) on a date. In a spreadsheet, enter the starting balance and each reconciling item in its own row, with additions and deductions grouped, and compute the other balance with a formula. Starting from a cash book (debit) balance:

  • Add: cheques issued but not presented; amounts credited by the bank but not in the cash book (interest, direct deposits).
  • Less: cheques deposited but not credited; amounts debited by the bank but not in the cash book (bank charges, direct payments).

SUM over the add and less ranges keeps the formula short; changing any item updates the result.

Worked example

Suppose on 31st March 2026 the cash book shows a debit balance of ₹45,000. Cheques issued of ₹12,000 are not yet presented; cheques of ₹8,000 deposited are not yet credited; the bank charged ₹500 and credited interest of ₹1,200, neither recorded in the cash book. Prepare the BRS in spreadsheet form. [4 marks]

Try it first, then show the solutionSolution
  1. Bank Reconciliation Statement as at 31st March 2026 (spreadsheet layout)
    RowA: ParticularsB: Amount (₹)
    2Balance as per cash book (Dr)45,000
    3Add: cheques issued but not yet presented12,000
    4Add: interest credited by bank, not in cash book1,200
    5Less: cheques deposited but not yet credited8,000
    6Less: bank charges debited, not in cash book500
    7Balance as per pass book: =B2+B3+B4−B5−B649,700

Answer: Balance as per pass book ₹49,700.

Asset accounting: cost to use and straight-line depreciation (SLN)
NCERT section 3.2, 3.2.2, 3.2.2.1

An asset register records each asset's purchase, installation, cost and depreciation. Assets are grouped (goodwill, land, buildings, plant and machinery, furniture and fixtures, vehicles, capital work-in-progress, others).

  • Cost to use (acquisition cost) = purchase price + transport, installation and pre-operating expenses.
  • Depreciable amount = cost to use − salvage value (the amount realisable at the end of the useful life).
  • Straight-line depreciation = depreciable amount ÷ useful life; spreadsheet function =SLN(cost, salvage, life).

NCERT refers to the depreciation rates in Schedule XIV of the Companies Act 1956 (today Schedule II of the Companies Act 2013 sets useful lives instead); companies may report using either method.

Worked example

Suppose a machine costs ₹5,00,000, with installation ₹20,000 and pre-operating expenses ₹10,000; salvage value ₹30,000; life 5 years. Show the spreadsheet row and the yearly depreciation. [3 marks]

Try it first, then show the solutionSolution
  1. Asset register row (SLN)
    ColumnItemEntry
    DCost of purchase5,00,000 (typed)
    EInstallation expenses20,000 (typed)
    FPre-operating expenses10,000 (typed)
    GCost to use=D5+E5+F5 → 5,30,000
    HSalvage value30,000 (typed)
    ILife in years5 (typed)
    KDepreciation per year=SLN(G5,H5,I5) → 1,00,000

Answer: ₹1,00,000 per year (=SLN(G5,H5,I5)).

Written-down value depreciation with DB
NCERT section 3.2.2.2

The WDV (declining balance) method charges a fixed rate on the opening book value each year. Excel's =DB(cost, salvage, life, period, month) works out the rate itself as 1 − (salvage ÷ cost)^(1 ÷ life), rounded to three decimals, and applies it to the book value at the start of the period. period is the year for which depreciation is wanted; month is the number of months the asset was used in the first year (12 if omitted).

NCERT computes the period and months with IF, YEAR, MONTH and DATE: for example the first-year end date is 31st March of the same year if the asset was installed between January and March, otherwise 31st March of the next year.

Worked example

For the same machine (cost to use ₹5,30,000, salvage ₹30,000, life 5 years, used for full years), find the DB rate and depreciation for years 1 to 3. [4 marks]

Try it first, then show the solutionSolution
  1. Rate = 1 − (30,000 ÷ 5,30,000)^(1/5) = 0.437 (43.7%).
  2. Depreciation by the DB (WDV) function
    YearOpening book value (₹)Depreciation =DB(...) (₹)Closing book value (₹)
    15,30,0002,31,6102,98,390
    22,98,3901,30,396.431,67,993.57
    31,67,993.5773,413.1994,580.38

Answer: Year 1 ₹2,31,610; year 2 ₹1,30,396.43; year 3 ₹73,413.19.

Loan repayment schedule with PMT
NCERT section 3.3, 3.3.1, 3.3.1.1

=PMT(rate, nper, pv, fv, type) gives the equal instalment. rate is interest per period and nper the number of payments, in the same unit (monthly rate with months). pv is the loan amount; fv is 0 because nothing remains after the last payment; type is 0 for payments at the end of each period and 1 for the beginning.

A schedule shows for each period: opening balance, interest (opening balance × rate), principal repaid (instalment − interest) and closing balance. Interest falls and principal rises over time; the final closing balance is zero.

Worked example

Suppose a loan of ₹1,20,000 is repayable in 12 monthly instalments at 12% p.a., paid at the end of each month. Find the instalment and prepare the schedule for the first three months. [6 marks]

Try it first, then show the solutionSolution
  1. =PMT(1%, 12, −120000, 0, 0) = ₹10,661.85.
  2. Loan repayment schedule (first three months)
    MonthOpening balance (₹)Interest =B×1% (₹)Principal =PMT − interest (₹)Closing balance (₹)
    11,20,0001,2009,461.851,10,538.15
    21,10,538.151,105.389,556.471,00,981.68
    31,00,981.681,009.829,652.0391,329.65

Answer: Instalment ₹10,661.85; balance after three months ₹91,329.65.

Ratio analysis in a spreadsheet
NCERT section CBSE syllabus: ratio analysis

Put the balance sheet and statement of profit and loss figures in cells, then write each ratio as a formula that refers to those cells. ROUND keeps results to two decimals, and IF can add an automatic comment against a standard. Once built, the sheet recalculates every ratio instantly when the figures change, and the same template serves for the next year or another company.

Worked example

Suppose current assets are ₹8,00,000 (including inventories ₹3,20,000 and prepaid expenses ₹20,000) and current liabilities are ₹3,00,000. Set up the ratio sheet with a comment that says "Comfortable" if the current ratio is at least 2. [3 marks]

Try it first, then show the solutionSolution
  1. Ratio sheet linked to balance sheet cells
    CellContentResult
    B2Current assets8,00,000
    B3Inventories3,20,000
    B4Prepaid expenses20,000
    B5Current liabilities3,00,000
    B7Current ratio =ROUND(B2/B5,2)2.67
    B8Quick ratio =ROUND((B2−B3−B4)/B5,2)1.53
    B9Comment =IF(B7>=2,"Comfortable","Watch liquidity")Comfortable

Answer: Current ratio 2.67; quick ratio 1.53; comment "Comfortable".

Use of Spreadsheet in Business Applications in real life

Each concept, met in an everyday situation. Read the situation, answer the question in your own words, then compare with the model answer. The one-line hook is what to remember.

Loan schedule

Suppose your family takes a two-wheeler loan and the dealer says the EMI is fixed but "most of the early EMIs go to interest".

How would a spreadsheet schedule show this?

Try it first, then show the solutionSolution
  1. Each row: interest = opening balance × monthly rate; principal = EMI − interest.
  2. Early balances are high, so interest is high and principal low; later the opposite.

Answer: The interest column falls and the principal column rises month by month.

Memory hook: Same EMI, changing mix.

Bank reconciliation

Suppose a shopkeeper's cash book says ₹45,000 in the bank but the bank app shows ₹49,700.

How can a spreadsheet explain the gap?

Try it first, then show the solutionSolution
  1. List cheques not yet presented or credited and bank charges or interest not recorded.
  2. A formula adds and subtracts them from the cash book balance to reach ₹49,700.

Answer: A spreadsheet BRS reconciles the two balances item by item.

Memory hook: Two records, one truth: the BRS bridges them.

Depreciation methods

Suppose a café buys a coffee machine that loses value fastest in its first year.

Which spreadsheet function fits this pattern better, SLN or DB?

Try it first, then show the solutionSolution
  1. SLN charges the same every year.
  2. DB charges more in early years on a falling balance.

Answer: DB (written-down value).

Memory hook: Steep at first? Declining balance.

Topics in this chapter

Use of Spreadsheet in Business Applications: key facts

Straight-line depreciation
=SLN(cost, salvage, life)
Cost = purchase + installation + pre-operating expenses.
Declining balance (WDV) depreciation
=DB(cost, salvage, life, period, month)
Rate = 1 − (salvage/cost)^(1/life), rounded to 3 decimals.
Loan instalment
=PMT(rate, nper, pv, fv, type)
fv = 0; type 0 = end of period, 1 = beginning.
Interest in a loan schedule
Opening balance × rate per period; principal = instalment − interest
BRS from cash book balance
Pass book balance = cash book balance + cheques not presented + bank credits not recorded − cheques not credited − bank debits not recorded
Ratio with rounding and comment
=ROUND(B2/B5,2); =IF(B7>=2,"Comfortable","Watch liquidity")

How the board asks Use of Spreadsheet in Business Applications

The question patterns to expect, and the method that works for each.

Question typeHow it is askedMethod
Function arguments1-mark MCQs on PMT, SLN and DB arguments (rate, nper, pv, fv, type, period, month).Learn each argument's meaning and unit.
Building a schedule or register4- to 6-mark question to design columns and write formulas for a loan schedule or asset register.List columns as input or formula; write the formula for row 1; copy.
BRS layout3- or 4-mark spreadsheet BRS.Group additions and deductions; one formula at the bottom.
Ratios with formulas3-mark ratio sheet with cell formulas.Refer to cells, not typed numbers; use ROUND and IF.

Tricks to remember Use of Spreadsheet in Business Applications

Short memory aids. Say each one aloud once, then use it on a question the same day.

  • R-N-P-F-T

    PMT arguments: Rate, Nper, Pv, Fv, Type.

    Use it when: Loan formulas.

  • Cost before depreciation

    Add every cost of getting the asset ready before applying SLN or DB.

    Use it when: Asset register.

  • Input cells, formula cells

    Type only inputs; compute everything else.

    Use it when: Designing any application.

  • Not presented: add; not credited: subtract

    When starting from the cash book balance.

    Use it when: BRS.

Use of Spreadsheet in Business Applications: board-level solved questions

Ordered from board level to HOTS. Cover the solution, write your own, then compare step by step.

Example 1: Arguments of PMT · 1 mark · MCQBoard level

In =PMT(rate, nper, pv, fv, type), the argument that shows whether payment is at the beginning or end of the period is:
(a) fv
(b) pv
(c) type
(d) nper

Try it first, then show the solutionSolution
  1. type: 1 = beginning, 0 = end.

Answer: (c) type

Example 2: Why fv is zero · 1 mark · Assertion-reasonBoard level

Assertion (A): In a loan repayment schedule, fv in the PMT function is taken as 0.
Reason (R): After the last instalment, nothing remains payable on the loan.
(a) Both true and R explains A (b) Both true, R does not explain A (c) A true, R false (d) A false, R true

Try it first, then show the solutionSolution
  1. A fully repaid loan has a zero balance at the end.

Answer: (a)

Example 3: Spreadsheet BRS · 4 marks · Short answerHarder board level

Suppose the cash book of Lata Traders shows a bank balance of ₹45,000 on 31st March 2026. Cheques issued ₹12,000 not presented; cheques deposited ₹8,000 not credited; bank charges ₹500 and interest credited ₹1,200 not entered in the cash book. Prepare the BRS layout with the formula.

Try it first, then show the solutionSolution
  1. Bank Reconciliation Statement as at 31st March 2026 (spreadsheet layout)
    RowA: ParticularsB: Amount (₹)
    2Balance as per cash book (Dr)45,000
    3Add: cheques issued but not yet presented12,000
    4Add: interest credited by bank, not in cash book1,200
    5Less: cheques deposited but not yet credited8,000
    6Less: bank charges debited, not in cash book500
    7Balance as per pass book: =B2+B3+B4−B5−B649,700

Answer: ₹49,700 as per pass book.

Example 4: Asset register with SLN · 3 marks · Short answerHarder board level

Suppose a machine is bought for ₹5,00,000; installation costs ₹20,000 and pre-operating expenses ₹10,000; salvage value is ₹30,000 and life 5 years. Write the formulas for cost to use and depreciation, and give the results.

Try it first, then show the solutionSolution
  1. Asset register row (SLN)
    ColumnItemEntry
    DCost of purchase5,00,000 (typed)
    EInstallation expenses20,000 (typed)
    FPre-operating expenses10,000 (typed)
    GCost to use=D5+E5+F5 → 5,30,000
    HSalvage value30,000 (typed)
    ILife in years5 (typed)
    KDepreciation per year=SLN(G5,H5,I5) → 1,00,000

Answer: Cost to use ₹5,30,000; depreciation ₹1,00,000 a year.

Example 5: Depreciation with DB · 4 marks · Short answerHOTS / competency

For the same machine, compute depreciation for the first three years with the DB function, and explain why it is much higher in year 1 than SLN.

Try it first, then show the solutionSolution
  1. Rate 0.437.
  2. Depreciation by the DB (WDV) function
    YearOpening book value (₹)Depreciation =DB(...) (₹)Closing book value (₹)
    15,30,0002,31,6102,98,390
    22,98,3901,30,396.431,67,993.57
    31,67,993.5773,413.1994,580.38
  3. DB applies the rate to a falling book value, so the first year (largest book value) carries the biggest charge; SLN spreads the depreciable amount evenly.

Answer: Years 1-3: ₹2,31,610, ₹1,30,396.43, ₹73,413.19.

Example 6: Monthly loan schedule · 6 marks · Long answerHarder board level

Suppose a trader borrows ₹1,20,000 at 12% p.a., repayable in 12 equal monthly instalments at the end of each month. Write the PMT formula, find the instalment, and prepare the repayment schedule for the first three months with the formulas used in each column.

Try it first, then show the solutionSolution
  1. =PMT(1%,12,−120000,0,0) = ₹10,661.85.
  2. Interest column: =B2*1% (opening balance × monthly rate); principal: =PMT cell − interest; closing: =opening − principal; next opening: = previous closing.
  3. Loan repayment schedule (first three months)
    MonthOpening balance (₹)Interest =B×1% (₹)Principal =PMT − interest (₹)Closing balance (₹)
    11,20,0001,2009,461.851,10,538.15
    21,10,538.151,105.389,556.471,00,981.68
    31,00,981.681,009.829,652.0391,329.65

Answer: Instalment ₹10,661.85; balance after month 3 ₹91,329.65.

Example 7: Ratio sheet that comments on itself · 3 marks · Short answerHOTS / competency

Suppose you must prepare current and quick ratios for 20 branches every quarter. How would a spreadsheet template help, and what formulas would you use for one branch (current assets ₹8,00,000, inventories ₹3,20,000, prepaid ₹20,000, current liabilities ₹3,00,000)?

Try it first, then show the solutionSolution
  1. Ratio sheet linked to balance sheet cells
    CellContentResult
    B2Current assets8,00,000
    B3Inventories3,20,000
    B4Prepaid expenses20,000
    B5Current liabilities3,00,000
    B7Current ratio =ROUND(B2/B5,2)2.67
    B8Quick ratio =ROUND((B2−B3−B4)/B5,2)1.53
    B9Comment =IF(B7>=2,"Comfortable","Watch liquidity")Comfortable
  2. Copy the formulas across branch columns; next quarter, only the input cells change and every ratio and comment updates automatically.

Answer: Current ratio 2.67, quick ratio 1.53, comment "Comfortable"; one template serves all branches.

Example 8: Annual instalment · 1 mark · MCQHarder board level

₹1,00,000 is borrowed at 10% p.a. for 2 years, repaid in two equal yearly instalments at year-end. The instalment is about:
(a) ₹50,000
(b) ₹55,000
(c) ₹57,619
(d) ₹60,000

Try it first, then show the solutionSolution
  1. =PMT(10%,2,−100000) = 1,00,000 × 0.1 ÷ (1 − 1.1^(−2)).

Answer: (c) ₹57,619

Case-study practice (Section E style)

Read the situation, then answer every part. In the board paper this is a 4-mark question split into 1 + 1 + 2 marks.

A delivery firm buys vans on loan

Suppose QuickKart Logistics buys two vans for ₹6,00,000 each (registration and fitting ₹40,000 per van), expects to sell each for ₹40,000 after 6 years, and finances one van with a bank loan of ₹6,00,000 at 9% p.a. repayable in 5 yearly instalments at the end of each year.

  1. (i) · 1 mark

    What is the cost to use of one van?

    Answer

    Answer: ₹6,40,000

    6,00,000 + 40,000.

  2. (ii) · 1 mark

    Write the SLN formula and the yearly depreciation per van.

    Answer

    Answer: =SLN(640000,40000,6) = ₹1,00,000.

    (6,40,000 − 40,000) ÷ 6.

  3. (iii) · 2 marks

    Write the PMT formula for the loan and state the values of fv and type.

    Answer

    Answer: =PMT(9%,5,−600000,0,0); fv 0, type 0.

    Yearly rate with yearly periods; nothing left at the end; payments at year-end.

Where the marks are

How a typical answer is split into step marks. Show every step: a right final answer alone rarely earns full marks.

Asset register row with SLN. (3 marks)

StepMarks
Cost to use formula1
SLN with correct arguments1
Result1

Bank reconciliation statement in spreadsheet form. (4 marks)

StepMarks
Starting balance and additions1.5
Deductions1.5
Formula and final balance1

Monthly loan repayment schedule. (6 marks)

StepMarks
Correct PMT formula and instalment2
Formulas for interest, principal and closing balance2
Schedule rows correct2

Where students lose marks in Use of Spreadsheet in Business Applications

The slips examiners see most often, and what to write instead.

  • Mistake: Leaving out installation and pre-operating expenses from cost

    Using purchase price only.

    Do this: Cost to use = purchase + transport + installation + pre-operating expenses.

    Usually costs: 1 mark.

  • Mistake: Using the yearly rate with monthly periods

    Copying rate as given.

    Do this: Divide the yearly rate by 12 for monthly payments.

    Usually costs: 1-2 marks.

  • Mistake: Charging interest on the original loan every month

    Absolute reference to the loan cell.

    Do this: Interest = this period's opening balance × rate.

    Usually costs: 1-2 marks.

  • Mistake: Adding cheques deposited but not credited when starting from the cash book

    Mixing up directions.

    Do this: From cash book: add cheques not presented and bank credits; deduct cheques not credited and bank debits.

    Usually costs: 1-2 marks.

  • Mistake: Typing numbers into ratio formulas

    Faster for one calculation.

    Do this: Refer to cells so the sheet recalculates.

    Usually costs: ½-1 mark in a practical question.

NCERT exercise guide: Use of Spreadsheet in Business Applications

What each exercise in the NCERT chapter tests, how to approach it, and a question of the same kind solved step by step. Questions here are written in our own words.

Multiple choice questions

What it tests: Arguments of financial functions, IF and AND, function categories.

How to approach it: Recall: Rate = interest per period; Nper = number of payments; PV = loan amount; FV = balance at the end.

Same kind as NCERT MCQs

Which argument of PMT gives the total number of payments?

Show the solutionSolution
  1. nper stands for number of periods.

Answer: Nper

Asset accounting exercises

What it tests: Cost to use, SLN and DB depreciation, part-year use.

How to approach it: Input columns for cost items, salvage and life; formula columns for cost to use and depreciation.

Same kind as NCERT asset-register exercises

Suppose a vehicle costs ₹8,00,000 with ₹50,000 registration and fitting charges, salvage ₹50,000, life 8 years. Find SLN depreciation.

Show the solutionSolution
  1. Cost to use 8,50,000; depreciable 8,00,000.
  2. 8,00,000 ÷ 8.

Answer: ₹1,00,000 per year (=SLN(850000,50000,8))

Loan repayment exercises

What it tests: Yearly and monthly instalments with PMT and repayment schedules.

How to approach it: Match rate and periods; fv 0; set type.

Same kind as NCERT loan examples

Suppose ₹1,00,000 is borrowed at 10% p.a. for 2 years with yearly payments at the end of each year. Find the instalment.

Show the solutionSolution
  1. =PMT(10%, 2, −100000, 0, 0).

Answer: ₹57,619.05 a year

Use of Spreadsheet in Business Applications: previous year questions

  • Asked in 2 of the 2 board papers we hold (2026 to 2026), on average 5 marks per paper; 4 questions in all, counting OR alternatives. In 3 of 4 sample papers.

Counted from the real papers on our previous year papers page, not estimated. Average marks are over every board paper we hold, with an OR pair counted once. Chapter tags are ours.

Solved board questions from Use of Spreadsheet in Business Applications

Real questions from recent papers. Try each one first, then open our step-by-step solution with marks per step.

2026, set 67/1/1, Q30(b) · 1 mark · MCQ

What value of range look up in VLOOKUP ( ) and HLOOKUP ( ) is used for returning only exact value ?

  1. (A)False
  2. (B)True
  3. (C)Blank
  4. (D)Zero
Try it first, then show our solutionSolution
  1. In VLOOKUP and HLOOKUP, range_lookup TRUE (or omitted) allows an approximate match.

  2. Setting range_lookup to FALSE returns only an exact match (else #N/A). Option (A).

    1 mark

Answer: (A) False

Where the marks are

  • FALSE for exact match (1 mark)

See it in the full 2026 board paper, set 67/1/1

2026, set 67/1/1, Q33(b) · 4 marks · Long answer

Name the table which is an interactive way to quickly summaries large amounts of data. State any three reasons why this table is designed.

Try it first, then show our solutionSolution
  1. The table is a Pivot Table.

    1 mark
  2. It is designed for querying large amounts of data in a user-friendly way, and for creating custom calculations and formulas.

    1 mark
  3. It lets the user expand and collapse levels of data to focus on results, and move rows to columns (and back) to see different summaries.

    1 mark
  4. It allows filtering, sorting, grouping and conditional formatting of the most useful subset of data, and presenting concise, attractive reports.

    1 mark

Answer: Pivot Table; designed for querying large data easily, custom calculations, expanding/collapsing and pivoting data, filtering/sorting and concise reports (any three)

Where the marks are

  • Pivot Table named (1 mark)
  • Any three reasons (1 mark each)

See it in the full 2026 board paper, set 67/1/1

Every Use of Spreadsheet in Business Applications question, by year

For 2027

Sample paper 2026-27: Q31(B) (3 marks, solved)

2026

Set 67/1/1: Q30(b) (1 mark, solved), Q33(b) (4 marks, solved)

Set 67/5/1: Q29 (1 mark, solved), Q33(b) (4 marks, solved)

For 2025

Sample paper 2024-25: Q27(a) (1 mark, solved), Q30 (1 mark, solved), Q34 (6 marks, solved)

For 2024

Sample paper 2023-24: Q27 (1 mark), Q29 (1 mark, solved), Q30(a) (1 mark, solved), Q34 (6 marks, solved)

Practice questions on Use of Spreadsheet in Business Applications

Write each answer on paper first. Open the hint only if you are stuck, and the answer only when you have finished.

  1. Q1 · 1 mark · MCQBoard level

    Which Excel function computes straight-line depreciation?
    (a) DB
    (b) SLN
    (c) PMT
    (d) FV

    Hint

    Straight LiNe.

    Answer

    (b) SLN

  2. Q2 · 1 mark · MCQBoard level

    In a financial function, the argument that shows interest per period is:
    (a) FV
    (b) PV
    (c) Nper
    (d) Rate

    Hint

    Per period.

    Answer

    (d) Rate

  3. Q3 · 3 marks · Short answerBoard level

    List the steps in designing a spreadsheet application for an accounting job.

    Hint

    Elements, inputs vs formulas, copying.

    Answer

    List the elements (columns); decide which are typed and which are computed; write formulas once and copy them, using absolute references for fixed cells.

  4. Q4 · 3 marks · Short answerBoard level

    Name the four business applications of spreadsheets in the 2026-27 syllabus and one function used in each.

    Hint

    BRS, assets, loans, ratios.

    Answer

    BRS (SUM); asset accounting (SLN or DB); loan repayment schedule (PMT); ratio analysis (ROUND or IF).

  5. Q5 · 3 marks · Short answerHarder board level

    Suppose the pass book shows ₹30,000 while the cash book shows ₹25,000. Cheques of ₹7,000 issued are not presented and a cheque of ₹2,000 deposited is not credited. Lay out the BRS starting from the cash book and check it.

    Hint

    Add not presented; less not credited.

    Answer

    25,000 + 7,000 − 2,000 = ₹30,000, agreeing with the pass book.

  6. Q6 · 3 marks · Short answerHarder board level

    Suppose an asset costing ₹2,00,000 (salvage ₹20,000, life 6 years) is installed on 1st October 2025 and the year ends on 31st March. What are the period and month arguments of DB for 2025-26?

    Hint

    Months used in the first year.

    Answer

    period 1; month 6 (October to March). Formula =DB(200000,20000,6,1,6).

  7. Q7 · 1 mark · Very short answerHarder board level

    Suppose a home loan of ₹20,00,000 at 9% p.a. is to be repaid monthly over 20 years with payments at the end of each month. Write the PMT formula.

    Hint

    Monthly rate, months.

    Answer

    =PMT(9%/12, 240, −2000000, 0, 0)

  8. Q8 · 3 marks · Short answerHOTS / competency

    Suppose a loan schedule shows the same interest every month. What has gone wrong in the formula, and how should it be fixed?

    Hint

    Interest should follow the balance.

    Answer

    Interest is probably calculated on the original loan (an absolute reference to the loan cell) instead of each month's opening balance. Use a relative reference to the opening-balance cell of the same row.

  9. Q9 · 1 mark · Assertion-reasonHOTS / competency

    Assertion (A): Ratios in a spreadsheet should refer to cells rather than typed numbers.
    Reason (R): Cell references let ratios update automatically when the data change.
    (a) Both true and R explains A (b) Both true, R does not explain A (c) A true, R false (d) A false, R true

    Hint

    Recalculation.

    Answer

    (a)

  10. Q10 · 3 marks · Short answerHarder board level

    Suppose a loan of ₹1,20,000 at 12% p.a. is repaid monthly over a year (instalment ₹10,661.85). Calculate interest and principal for month 1 and the closing balance.

    Hint

    1% of the opening balance.

    Answer

    Interest ₹1,200; principal ₹9,461.85; closing balance ₹1,10,538.15.

Test your recall

Answer in your head or on paper first, then open the card. Pulling an answer out of memory makes it stick far better than re-reading.

  1. 1.Which function computes WDV depreciation?Show answer

    DB (declining balance).

  2. 2.What does the month argument of DB mean?Show answer

    The number of months the asset was used in the first year.

  3. 3.What is cost to use?Show answer

    Purchase price plus transport, installation and pre-operating expenses.

  4. 4.What does type = 1 mean in PMT?Show answer

    Payment at the beginning of each period.

  5. 5.How is interest in a loan schedule calculated?Show answer

    Opening balance × rate per period.

  6. 6.Name the four applications in the syllabus.Show answer

    BRS, asset accounting, loan repayment schedule, ratio analysis.

  7. 7.Is payroll accounting in the 2026-27 syllabus?Show answer

    No; it is in NCERT but not named in the syllabus.

  8. 8.Why use ROUND in a ratio sheet?Show answer

    To show ratios to a fixed number of decimal places, such as two.

Best order to study it

  1. Revise formulas, references, IF and date functions from the Spreadsheet chapter.
  2. Learn the design steps: elements, inputs, formulas.
  3. Build a spreadsheet BRS.
  4. Build an asset register with SLN and DB, including part-year use.
  5. Build a loan repayment schedule with PMT.
  6. Build a ratio sheet linked to balance sheet cells.

Quick revision checklist

The night before the exam: can you do each of these without looking?

  • Can you list the steps for designing a spreadsheet application?
  • Can you prepare a BRS layout with one formula?
  • Can you compute cost to use?
  • Can you write SLN and DB with correct arguments?
  • Can you set the period and month arguments for part-year use?
  • Can you write PMT with matching rate and periods?
  • Can you build interest, principal and balance columns?
  • Can you explain why fv is zero?
  • Can you write ratio formulas that refer to cells?
  • Can you add an IF comment to a ratio?

Use of Spreadsheet in Business Applications: frequently asked questions

Why is payroll not covered on this page?

The CBSE 2026-27 syllabus lists bank reconciliation, asset accounting, loan repayment and ratio analysis; payroll appears in NCERT but not in the syllabus.

Will Excel's DB match my hand-calculated WDV?

Excel rounds the DB rate to three decimal places, so its figures can differ slightly from a hand calculation using an unrounded rate.

Do I need to know exact cell addresses?

Questions usually give a layout; use their cell addresses, or state your own layout clearly.

Is BRS in the NCERT Computerised Accounting book?

The syllabus names it; the method is the bank reconciliation you learnt in Class 11, laid out in a spreadsheet with formulas.

Is this chapter for Option I students?

No. It is part of Option II (Computerised Accounting).

Based on: CBSE Accountancy (055) syllabus 2026-27; NCERT Accountancy: Computerised Accounting System, Textbook for Class XII (Reprint 2026-27)