Common Size Profit and Loss

Q.

The common size income statement defines all items as a percentage of ___

1. Sales

2. Profit

3. Expenses

4. None of these

Q.

Common-size income statement will report the revenue and expense amounts as percentages of ___

1. Net Sales

2. Net profit

3. Net profit

4. All of these

Q.

The total of column of percentage of all the items in common size income statement comes out to ___

1. 75

2. 50

3. 100

4. None of these

Q.

Refer the data in the table below:

$\begin{array}{cc}\text{Particulars}& 2005-06\\ \text{Reveue from Operations}& 4,00,00,000\\ \text{Other Income}& 50,00,000\\ \text{Purchase of stock in trade}& 40,00,000\\ \text{Employee Benefit Expenses}& 10,00,000\\ \text{Depreciation and Amortization}& 65,00,000\\ \text{Profit before tax}& 2,35,00,000\end{array}$

Apply common size analysis to Other Income

1. 12.50%

2. 10%

3. 20%

4. None of these

Q.

Which of the following is used as base for preparation of common size statements of profit and loss?

1. False

2. Partially true

3. True

4. None of these

Q. A/an expression is an expression expressed in relationship with another.

1. absolute
2. relative
3. financial
4. non-financial

Q. When the values are expressed as it is without any comparison, it is called a/an expression.

1. absolute
2. relative
3. financial
4. non-financial

Q. A ball of mass $400\text{g}$ is dropped to the ground from a height of $30\text{m}$. The ball bounces back multiple times before coming to rest. Which of the following statements is correct?

1. The work done by air resistance increases if the ball bounces more number of times.
2. The kinetic energy of the ball increases if the ball bounces more number of times.
3. The potential energy of the ball increases as the ball bounces.
4. The work done by gravity increases if the ball bounces more number of times.

Q. Which of the following is/are conservative force(s)?

1. $\overrightarrow{F}=\frac{3(y\hat{i}+x\hat{j})}{(x^2+y^2{)}^{\frac{3}{2}}}$
2. $\overrightarrow{F}=\frac{3(x\hat{i}+y\hat{j})}{(x^2+y^2{)}^{\frac{3}{2}}}$
3. $\overrightarrow{F}=-\frac{5}{r}\hat{r}$
4. $\overrightarrow{F}=2r^3\hat{r}$

Q. A non conservative force dissipates energy, while a conservative force does not dissipate energy

1. False
2. True