Answer:
A.
$168,000
B.
$21,300
Explanation:
A.
As per accounting equation
Assets = Liabilities + Equity
Equity = Assets - Liabilities
Placing values in the equation
Equity = ( Current assets + Net Fixed Assets ) - ( Current Liabilities + Long term debt )
Equity = ( $49,700 + 248,300 ) - ( 28,400 + 101,600)
Equity = $168,000
B.
Net Working capital is the net of current assets and current liabilities of the company.
Use following formula of net working capital
Net working capital = Current assets - current liabilities
Net working capital = $49,700 - 28,400
Net working capital = $21,300
Answer:
Please see the journal entries for the two treasury stock transactions.
Explanation:
• Purchase of treasury stock
Treasury stock Dr $5,600
To Cash account Cr $5,600
(Being the purchase of treasury stock that is recorded)
For recording the above, treasury stock was debited because it increased the treasury while cash credited because it decreased the assets.
• Sale of treasury stock
Cash account Dr $4,070
To Treasury stock Cr $3,700
To paid in capital- treasury stock Cr $370
Explanation
° Purchase of treasury stock
Treasury stock
= 560 shares × $10 per share
= $5,600
° Sales of treasury stock
Cash receipt
= 370 shares × $11 per share
= $4,070
Treasury stock
= 370 shares × $10 per share
= $3,700
Paid in capital treasury stock
= 370 shares × ($11-$10)
= $370
Answer:
C. Ideal standards are better suited for cash budgeting than practical standards
Explanation:
The standards that basically handles no work interruptions or no machine breakdown is called ideal standards.
Answer:
The correct answer to the following question is option E) 9.06% .
Explanation:
Here the cost of equity given is - 11.8%
Pre tax cost of debt- 6.9%
Tax rate- 35%
So the after tax cost of debt - 6.9% x 65%
= 4.485%
The debt to equity ratio - .6
So the weight of debt - .6 / ( 1 + .06 )
= .375
Weight of equity - 1 / ( 1 + .06 )
= .625
Weighted average cost of capital =
Debts cost x weight of debt + Equity cost x weight of equity
= 4.485 x .375 + 11.8 x .625
= 1.681875 + 7.735
= 9.06%
Answer:
Acceleration, a = 28m/s²
Explanation:
Given the following data;
Initial velocity, u= 150m/s
Final velocity, v = 10m/s
Time, t = 5secs
To find the acceleration;
Acceleration, a = (v-u)/t
Substituting into the equation, we have;
Acceleration, a = (150-10)/5
Acceleration, a = 140/5
Acceleration, a = 28m/s²
Therefore, the acceleration of the drag racer is 28m/s².
