CUET UG Accountancy Booster Test 2 Tools of Analysis
π Answers are locked once submitted β results and explanations appear at the end.
QUESTION 1 OF 20
QUESTION 2 OF 20
If a firm's total assets are βΉ41,50,000 and its tangible fixed assets are βΉ14,00,000, what aggregate acts as the base value (100%) for calculating the common size percentage of the fixed assets?
QUESTION 3 OF 20
Comparative Statements
What serious technical limitation directly applies to horizontal analysis if the enterprise alters its accounting principles between consecutive years?
QUESTION 4 OF 20
AssertionβReason
Assertion: Effective period comparison through comparative statements requires evaluating at least two distinct periods.
Reason: It is necessary to subtract the first year from the second year to find absolute change.
QUESTION 5 OF 20
Absolute Change Formula
In the standard formula for extracting percentage change in horizontal analysis, the denominator is:
QUESTION 6 OF 20
Percentage Change Calculation
Year 1 Income Tax = βΉ6,12,500
Year 2 Income Tax = βΉ10,24,000
Find the percentage increase.
QUESTION 7 OF 20
Preparation of Comparative Statements
Step 1 involves listing absolute figures. Which columns do they occupy in the standard exhibit?
QUESTION 8 OF 20
Change Calculation Rules
Evaluate the statements:
I. A decrease is indicated by a minus sign or brackets.
II. Absolute change calculates the ratio multiplier between two years.
QUESTION 9 OF 20
Common Size Income Statement
Revenue from Operations = βΉ18,00,000
Profit After Tax = βΉ7,08,000
Find the common size percentage of Profit After Tax.
QUESTION 10 OF 20
Common Size Balance Sheet
Share Capital = βΉ12,00,000
Total Equity & Liabilities = βΉ32,50,000
Find the component percentage.
QUESTION 11 OF 20
Match the Following
Match the advanced financial analysis terminologies with their correct core applications:
| List 1 | List 2 |
|---|---|
| 1. Horizontal Analysis | a. Common-size statements |
| 2. Vertical Analysis | b. Competitor evaluation |
| 3. Time Series Analysis | c. Trend analysis spanning years |
| 4. Inter-firm Comparison | d. Comparative statements over two periods |
QUESTION 12 OF 20
Trend Percentage Calculation
If the base year profit equals βΉ5,00,000 and Year 3 profit equals βΉ7,50,000, what is the trend percentage for Year 3?
QUESTION 13 OF 20
Growth Direction
Extrapolating growth direction via trend percentages requires observing whether a financial metric is:
QUESTION 14 OF 20
Arrange the Sequence
Arrange the analytical thought sequence required for trend analysis:
1. Detect signs of good or poor management
2. Calculate base trend percentages for sequential years
3. Observe the falling or rising pattern
QUESTION 15 OF 20
Ratio Analysis Limitation
A major limitation of relying rigidly on ratio analysis as a solitary relationship measure is that it:
QUESTION 16 OF 20
AssertionβReason
Assertion: Accounting ratios effectively measure profitability, long-term solvency, and operational efficiency.
Reason: Ratios establish comparative significance among individual items across income and position statements.
QUESTION 17 OF 20
Cash Inflow
Beyond raw balances, isolating the actual movement of cash into an organization helps project:
QUESTION 18 OF 20
Net Cash Flow Calculation
Cash generated from operations = βΉ2,00,000
Bank Loan = βΉ1,00,000
Total Cash Outflow = βΉ4,50,000
Find Net Cash Flow.
QUESTION 19 OF 20
Inter-Firm Comparison
Cross-sectional analysis uniquely empowers decision-making by allowing comparison of:
QUESTION 20 OF 20
Intra-Firm Comparison
When an enterprise evaluates its efficiency using comparative statements of its own data over two years, it is engaging in:
Test Complete!
Answer Review
1
Common Size Statements convert figures into percentages. This removes size differences between firms.
The passage states that in a Common Size Statement, each item is expressed as a percentage of an aggregate (such as total assets or revenue from operations). This standardization enables comparison between companies of different sizes. Therefore, Option C is correct.
- A β Absolute change compares periods, not company size.
- B β Trend percentages relate to time-series analysis.
- D β Horizontal analysis focuses on period-to-period changes.
Used: Direct Recall from Passage
Common Size = Common Percentage Base
2
If a firm's total assets are βΉ41,50,000 and its tangible fixed assets are βΉ14,00,000, what aggregate acts as the base value (100%) for calculating the common size percentage of the fixed assets?
In a Common Size Balance Sheet, Total Assets = 100%. Individual assets are expressed as percentages of Total Assets.
For balance sheet analysis, Total Assets serve as the common base. Therefore, βΉ41,50,000 is taken as 100%.
- A β This is the asset value being measured.
- B β Used in Common Size Income Statements.
- C β Not the prescribed base.
Used: Common Size Base Recognition
Balance Sheet β Total Assets = 100%
3 Comparative Statements
What serious technical limitation directly applies to horizontal analysis if the enterprise alters its accounting principles between consecutive years?
Consistency is required for meaningful comparison. Accounting policy changes affect comparability.
When accounting principles change between years, financial figures lose direct comparability. Proper disclosure is required to make valid comparisons.
- A β Absolute figures can still be listed.
- C β Percentage calculations remain possible.
- D β No automatic adjustment exists.
Used: Concept-Based Elimination
Different Rules = Weak Comparison
4 AssertionβReason
Assertion: Effective period comparison through comparative statements requires evaluating at least two distinct periods.
Reason: It is necessary to subtract the first year from the second year to find absolute change.
Comparative statements require at least two years. Absolute change is calculated using both periods.
Comparative statements analyze changes between periods. Since absolute change is calculated by subtracting one year's figure from another, two periods are essential.
- Both statements are true.
- The reason directly explains the assertion.
Used: AssertionβReason Analysis
Comparison Needs Two Years
5 Absolute Change Formula
In the standard formula for extracting percentage change in horizontal analysis, the denominator is:
Percentage change uses the base year's figure.
Formula: Percentage Change = (Absolute Change Γ· First Year Figure) Γ 100 Therefore, the denominator is the first-year absolute figure.
- They do not follow the prescribed formula.
Used: Formula Recognition
Change Γ· Original Γ 100
6 Percentage Change Calculation
Year 1 Income Tax = βΉ6,12,500
Year 2 Income Tax = βΉ10,24,000
Find the percentage increase.
Calculate increase. Divide by Year 1 amount.
Increase: βΉ10,24,000 β βΉ6,12,500 = βΉ4,11,500 Percentage Increase: (4,11,500 Γ· 6,12,500) Γ 100 = 0.6718 Γ 100 β 67.18% Thus, Option D is correct.
- Based on incorrect calculations.
Used: Substitution Method
Increase Γ· Original Γ 100
7 Preparation of Comparative Statements
Step 1 involves listing absolute figures. Which columns do they occupy in the standard exhibit?
First numerical data columns contain year-wise figures.
In the standard comparative statement format, the absolute figures for the two years are generally presented in Columns 2 and 3.
- They do not match the prescribed format.
Used: Format Recall
Year 1 & Year 2 = Columns 2 and 3
8 Change Calculation Rules
Evaluate the statements:
I. A decrease is indicated by a minus sign or brackets.
II. Absolute change calculates the ratio multiplier between two years.
Decreases are shown with brackets/minus signs. Absolute change measures difference, not ratio.
Statement I is correct. Statement II is incorrect because absolute change is simply: Current Year β Previous Year It does not calculate a ratio.
- Statement II is false.
Used: Statement Evaluation
Absolute Change = Difference, Not Ratio
9 Common Size Income Statement
Revenue from Operations = βΉ18,00,000
Profit After Tax = βΉ7,08,000
Find the common size percentage of Profit After Tax.
Profit is expressed as a percentage of Revenue.
Calculation: (7,08,000 Γ· 18,00,000) Γ 100 = 0.3933 Γ 100 = 39.33% Therefore, Profit After Tax is 39.33% of Revenue from Operations.
- Incorrect calculations.
Used: Common Size Formula
PAT Γ· Revenue Γ 100
10 Common Size Balance Sheet
Share Capital = βΉ12,00,000
Total Equity & Liabilities = βΉ32,50,000
Find the component percentage.
Component Percentage = Item Γ· Total Γ 100
Calculation: (12,00,000 Γ· 32,50,000) Γ 100 = 0.3692 Γ 100 = 36.92% Thus, Share Capital constitutes 36.92% of Total Equity and Liabilities.
- They result from incorrect computations.
Used: Percentage Calculation
Part Γ· Whole Γ 100
11 Match the Following
Match the advanced financial analysis terminologies with their correct core applications:
| List 1 | List 2 |
|---|---|
| 1. Horizontal Analysis | a. Common-size statements |
| 2. Vertical Analysis | b. Competitor evaluation |
| 3. Time Series Analysis | c. Trend analysis spanning years |
| 4. Inter-firm Comparison | d. Comparative statements over two periods |
Horizontal Analysis β Comparative Statements Vertical Analysis β Common Size Statements Time Series Analysis β Trend Analysis Inter-firm Comparison β Competitor Evaluation
Correct matching: 1 β d (Comparative statements over two periods) 2 β a (Common-size statements) 3 β c (Trend analysis spanning years) 4 β b (Competitor evaluation) Hence, Option B is correct.
- They contain incorrect analytical pairings.
Used: Matching Logic
HorizontalβComparative, VerticalβCommon Size, Time SeriesβTrend, Inter-firmβCompetitor
12 Trend Percentage Calculation
If the base year profit equals βΉ5,00,000 and Year 3 profit equals βΉ7,50,000, what is the trend percentage for Year 3?
Trend % = Current Year Γ· Base Year Γ 100
Calculation: (7,50,000 Γ· 5,00,000) Γ 100 = 1.50 Γ 100 = 150% Thus, the trend percentage is 150%.
- B β Represents only the increase.
- C β Incorrect calculation.
- D β Profit did not double.
Used: Formula Substitution
Current Γ· Base Γ 100
13 Growth Direction
Extrapolating growth direction via trend percentages requires observing whether a financial metric is:
Trends are identified through movement patterns.
Trend analysis focuses on observing whether a financial variable is rising, falling, or remaining stable over time. These patterns indicate growth direction.
- A β Trend analysis uses monetary data.
- B β Not limited to inter-firm comparison.
- C β Historical data is essential.
Used: Concept Recognition
Trend = Rise, Fall, or Stable
14 Arrange the Sequence
Arrange the analytical thought sequence required for trend analysis:
1. Detect signs of good or poor management
2. Calculate base trend percentages for sequential years
3. Observe the falling or rising pattern
First calculate trend percentages. Then observe patterns. Finally interpret management effectiveness.
Trend analysis follows: 1. Calculate trend percentages. 2. Observe rising/falling trends. 3. Detect signs of good or poor management. Hence, Option B is correct.
- They do not follow the logical analytical process.
Used: Sequential Logic
Calculate β Observe β Interpret
15 Ratio Analysis Limitation
A major limitation of relying rigidly on ratio analysis as a solitary relationship measure is that it:
Inflation affects comparability. Historical values may become misleading.
Ratio analysis often uses historical accounting data. If price-level changes or inflation are ignored, conclusions drawn from ratios may be misleading.
- A β Not mandatory.
- B β Ratio analysis heavily uses balance sheet data.
- C β Ratio analysis uses monetary information.
Used: Limitation Recognition
Inflation Ignored = Distorted Ratios
16 AssertionβReason
Assertion: Accounting ratios effectively measure profitability, long-term solvency, and operational efficiency.
Reason: Ratios establish comparative significance among individual items across income and position statements.
Ratios compare related financial items. These comparisons reveal performance and solvency.
Ratios measure relationships between balance sheet and income statement items. These relationships help evaluate profitability, efficiency, and solvency. Therefore, the reason correctly explains the assertion.
- Both statements are true.
- The reason directly explains the assertion.
Used: AssertionβReason Analysis
Ratio = Relationship = Performance Measure
17 Cash Inflow
Beyond raw balances, isolating the actual movement of cash into an organization helps project:
Cash inflow analysis identifies sources of cash.
Cash inflow analysis helps determine where cash originates, such as operating activities, financing activities, or investing activities.
- A β Related to common-size analysis.
- C β Cash flow is different from profitability.
- D β Inventory analysis is unrelated.
Used: Concept Recognition
Cash Inflow = Source of Cash
18 Net Cash Flow Calculation
Cash generated from operations = βΉ2,00,000
Bank Loan = βΉ1,00,000
Total Cash Outflow = βΉ4,50,000
Find Net Cash Flow.
Total Inflow = βΉ3,00,000 Outflow exceeds inflow.
Total Cash Inflow: βΉ2,00,000 + βΉ1,00,000 = βΉ3,00,000 Net Cash Flow: 3,00,000-4,50,000=-1,50,000 Therefore, Net Cash Flow = Negative βΉ1,50,000.
- They do not satisfy the net cash flow formula.
Used: Formula Substitution
Net Cash Flow = Inflow β Outflow
19 Inter-Firm Comparison
Cross-sectional analysis uniquely empowers decision-making by allowing comparison of:
Cross-sectional analysis compares different firms.
Inter-firm or cross-sectional analysis evaluates a company's performance relative to competitors and peer firms operating in the same market.
- A β Time-series analysis.
- B β Not the purpose.
- C β Trend analysis concept.
Used: Concept Recognition
Cross-Sectional = Compare Companies
20 Intra-Firm Comparison
When an enterprise evaluates its efficiency using comparative statements of its own data over two years, it is engaging in:
Intra-firm comparison studies the same firm's performance over time.
Comparing a firm's own financial data across different years is known as intra-firm comparison and is a form of time-series analysis.
- B β Compares firms at one point in time.
- C β Competitor comparison.
- D β Industry-wide analysis.
Used: Concept Recognition
Intra = Within the Same Firm
