Answer:
The increase in cost is $300,000.
Explanation:
The marginal cost function (C'(x)) is:
For 0≤ x ≤ 900.
Integrating the marginal cost function and evaluating it in the interval of 300 to 900 bikes, gives us the increase in cost of going from a production level of 300 bikes per month to 900 bikes per month:
The increase in cost is $300,000.
Answer:
The answer is 13.84 percent
Explanation:
The formula for sustainable growth rate is:
(Return on equity(ROE) x retention rate)/1 - Return on equity(ROE) x retention rate
Retention rate = 1 - payout ratio.
So, retention rate = 1 - 0.24
= 0. 76
Return on equity(ROE)= 0.16
(0.16 x 0.76) / 1 - ( 0.16 x 0.76)
= 0.1216 / 1 - 0.1216
0.1216/0.8784
=0.1384
Expressed as a percentage:
13.84percent
Answer:
contract s not acceptable
Explanation:
Given data:
worth of CCTV coverage contract = $ 80,000
Coverage Cost = $ 74,000
Interest rate = 8.5%
Present value of the CCTV coverage is PV
As we can see from above calculation that present value of receivable amount is less than current cost, hence the contract is not acceptable
Answer:
$13,529= Direct material
Explanation:
Giving the following information:
Job 590 has a total cost of $29,200. It has been charged with manufacturing overhead costs of $7200. The rate is 85% of direct labor.
Total cost= direct material + direct labor + allocated overhead
29,200= DM + (7,200/0.85) + 7,200
29,200 - 7,200 - 8471= dm
$13,529= DM
Answer: 12.5%
Explanation:
Given the following :
Beta (B) = 1.3
Marginal tax rate = 34%
Risk free interest rate = 6%
Market rate of return = 11%
The cost of equity is calculated using the relation:
Risk free rate of return + Beta(market rate of return - risk free rate of return)
Cost of equity = 6% + 1.3(11% - 6%)
Cost of equity = 6% + 1.3(5%)
Cost of equity = 6% + 6.5%
Cost of equity = 12.5%
Therefore, the firm's cost of internal equity is 12.5%
