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USE OF SPREADSHEET IN BUSINESS

🎓 Class 12📖 Computerised Accounting System📖 10 notes🧠 15 Q&A⏱️ ~15 min

USE OF SPREADSHEET IN BUSINESSStudy Notes

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USE OF SPREADSHEET IN BUSINESS APPLICATIONS

Explanation

USE OF SPREADSHEET IN BUSINESS APPLICATIONS

This introductory section sets the stage for understanding how spreadsheets, particularly MS Excel, are extensively used in business applications. It highlights the practical utility of spreadsheets in automating and simplifying complex business calculations. The chapter focuses on three key applications: Payroll Accounting, Asset Management (depreciation calculation), and Loan Repayment schedules. Spreadsheets enable efficient data management, formula-based computations, and generation of reports such as salary slips and asset schedules. The section emphasizes that after studying this chapter, students will be able to compute gross and net salaries, calculate depreciation using different methods, and prepare loan repayment schedules using spreadsheet functions. The introduction also recalls the previous chapter's discussion on spreadsheet features and transitions into their application in real business scenarios.

  • Spreadsheets facilitate computation of employee salaries including deductions and net pay.
  • They are used for calculating depreciation on assets by various methods.
  • Loan repayment schedules and interest calculations can be automated using spreadsheets.
  • Excel provides built-in functions that simplify complex financial calculations.
  • Preparation of salary slips and bank advice can be generated from payroll data.
  • Spreadsheet templates help in organizing data and automating calculations.
  • 📌 Payroll Accounting: Process of computing salaries and deductions for employees.
  • 📌 Depreciation: Allocation of asset cost over its useful life.
  • 📌 Loan Repayment Schedule: Plan showing periodic installments to repay a loan.

3.1 PAYROLL ACCOUNTING

Explanation

3.1 PAYROLL ACCOUNTING

Payroll Accounting involves the systematic process of computing employee salaries based on attendance, pay scales, allowances, and statutory deductions. Every employee is paid salary on a predetermined date as per the employment contract and organizational policies. The payroll computation considers the number of days worked, basic pay, grade pay, allowances such as Dearness Allowance (DA), House Rent Allowance (HRA), Transport Allowance (TRA), and deductions like Provident Fund (PF), Professional Tax (PT), Tax Deducted at Source (TDS), and loan recoveries. Payroll accounting requires maintaining detailed employee data including Employee Number, Name, Attendance, Basic Pay, Allowances, and Deductions. It also involves periodic calculations to generate salary statements, salary slips, and bank advice for salary transfers and statutory payments. The use of spreadsheets automates these calculations, ensuring accuracy and efficiency in payroll processing.

  • Salary payment is based on attendance, pay scale, allowances, and deductions.
  • Payroll data includes employee details, attendance, pay, allowances, and deductions.
  • Periodic payroll computations calculate earnings and deductions using formulas.
  • Salary statements and slips are prepared for employees.
  • Bank advice is generated for salary transfer and statutory payments.
  • Spreadsheet automation reduces errors and saves time in payroll processing.
  • 📌 Payroll Accounting: The process of calculating and managing employee salaries.
  • 📌 Gross Salary: Total earnings before deductions.
  • 📌 Net Salary: Salary payable after all deductions.

3.1.1 PAYROLL COMPONENTS

Explanation

3.1.1 PAYROLL COMPONENTS

This section details the various components involved in payroll computation. Payroll components are broadly categorized into Earnings and Deductions. Earnings include Basic Pay (BP), Grade Pay (GP), Dearness Pay (DP), Dearness Allowance (DA), House R

Practice QuestionsUSE OF SPREADSHEET IN BUSINESS

Includes NCERT exercise questions with answers

Q1.1. Which of the following options in a financial function indicates the interest for a period?
A.a. FV.
B.b. PV.
C.c. Nper.
D.d. Rate.

Answer:

The correct answer is d. Rate. Explanation: In financial functions, 'Rate' represents the interest rate for each period. FV (Future Value), PV (Present Value), and Nper (Number of periods) represent other parameters.

Explanation:

Step-by-step solution: - FV: Future value of the investment. - PV: Present value or principal amount. - Nper: Total number of payment periods. - Rate: Interest rate per period. Thus, 'Rate' indicates the interest for a period.

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Q2.2. Which of the following arguments in a financial function represents the total number of payments?
A.a. FV.
B.b. PV.
C.c. Nper.
D.d. Rate.

Answer:

The correct answer is c. Nper. Explanation: 'Nper' stands for the total number of payment periods in financial functions.

Explanation:

Step-by-step solution: - FV: Future value. - PV: Present value. - Nper: Number of payment periods. - Rate: Interest rate per period. Therefore, 'Nper' represents the total number of payments.

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Q3.3. What category of functions is used in this formula: =PMT(C10/12,C8,C9,1)
A.a. Logical.
B.b. Financial.
C.c. Payment.
D.d. Statistical.

Answer:

The correct answer is b. Financial. Explanation: The PMT function is a financial function used to calculate the payment for a loan based on constant payments and a constant interest rate.

Explanation:

Step-by-step solution: - PMT is a financial function. - It calculates payment amount for loans or investments. - The formula =PMT(C10/12,C8,C9,1) uses rate, number of periods, present value, and type arguments. Hence, it belongs to Financial category.

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Q4.4. When Extend Selection is active, what is the keyboard shortcut for selecting all data up to and including the last row?
A.a. [Ctrl]+[Down Arrow].
B.b. [Ctrl]+[Home].
C.c. [Ctrl]+[Shift].
D.d. [Ctrl]+[Up Arrow].

Answer:

The correct answer is a. [Ctrl]+[Down Arrow]. Explanation: When Extend Selection is active, pressing Ctrl + Down Arrow extends the selection to the last row of data.

Explanation:

Step-by-step solution: - Extend Selection mode allows selection extension. - Ctrl + Down Arrow moves the cursor to the last filled cell in the column. - Thus, it selects all data up to and including the last row.

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Q5.5. Which formula would result in TRUE if C4 is less than 10 and D4 is less than 100?
A.a. =AND(C4>10, D4>10).
B.b. =AND(C4>10, C4<100).
C.c. =AND(C4>10, D4<10).
D.d. =AND(C4<10, D4<100).

Answer:

The correct answer is d. =AND(C4<10, D4<100). Explanation: The AND function returns TRUE only if all conditions are TRUE. Here, the conditions are C4<10 and D4<100.

Explanation:

Step-by-step solution: - Condition 1: C4 < 10 - Condition 2: D4 < 100 - The formula =AND(C4<10, D4<100) returns TRUE only if both conditions are met. - Other options do not match the required conditions.

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Q6.6. Which of these is not an argument of the IF function?
A.a. Logical_test.
B.b. Value_if_false.
C.c. Value_when_false.
D.d. Value_if_true.

Answer:

The correct answer is c. Value_when_false. Explanation: The IF function has three arguments: Logical_test, Value_if_true, and Value_if_false. 'Value_when_false' is not a valid argument.

Explanation:

Step-by-step solution: - IF function syntax: IF(logical_test, value_if_true, value_if_false) - 'Value_when_false' is not a recognized argument. - Therefore, option c is not an argument of IF function.

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Q7.7. In what cell is the Rate for PMT function where = PMT (C8, C9, C10, C11, C12)?
A.a. C8.
B.b. C9.
C.c. C10.
D.d. C12.

Answer:

The correct answer is a. C8. Explanation: In the PMT function, the first argument is the Rate. Hence, C8 is the cell containing the Rate.

Explanation:

Step-by-step solution: - PMT function syntax: PMT(rate, nper, pv, [fv], [type]) - Here, C8 is the first argument, so it represents Rate. - Other cells represent number of periods, present value, future value, and type respectively.

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Q8.1. What is the meaning of PV?

Answer:

PV stands for Present Value. It is the current worth of a future sum of money or stream of cash flows given a specified rate of return.

Explanation:

Present Value (PV) is used to determine how much a future amount of money is worth today, considering the time value of money and interest rates.

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