Answer:
$62,100
Explanation:
Given that,
Sales price per unit = $ 40
Variable costs per unit:
Manufacturing = $ 23
Marketing and administrative = $ 8
Total fixed costs:
Manufacturing = $ 76,000
Marketing and administrative = $24,000
Total incremental costs:
= Variable manufacturing + Variable marketing and administrative
= (6,900 × $23) + (6,900 × $8)
= $158,700 + $55,200
= $213,900
Incremental income:
= Incremental revenue - Total incremental costs
= (6,900 × $40) - $213,900
= $276,000 - $213,900
= $62,100
Therefore, the operating income increases by $62,100.
Answer:
The buyer would have a 12-day option to terminate the contract. Otherwise, he or she might not have any other option than to stick to the contract. (That is, the buyer will not have the unrestricted right to terminate the contract again.)
Explanation:
Answer:
10.02%
Explanation:
The computation of the WACC is shown below. The formula of WACC is shown below:
= (Weightage of debt × cost of debt) + (Weightage of preferred stock) × (cost of preferred stock) + (Weightage of common stock) × (cost of common stock)
= 27% × 7.6% × (1 - 0.40) + 9% × 5.9% + 64% × 12.9%
= 2.052% × (1 - 0.40) + 0.531% + 8.256%
= 10.02%
Answer:
Triangular Arbitrage
Explanation:
Arbitrage is the financial practice in which the prices of two or more different markets are taken advantage of to make profit as a result of tthe imbalance in the prices of the markets.
Also known as 3 point or cross currency arbitrage, Triangular arbitrage is the taking advantage/ exploiting of the pricing differences between 3 currencies on the foreign exchange market.
Simply put, triangular arbitrage is a situation in which the exchange rates between 3 currencies are not the same.
Triangular arbitrage is difficult to come by as it requires very advanced computer systems to detect and take advantage of.
I hope this helps.
Answer:
$2,500,000
Explanation:
Break Point = Level of debt / Weight of debt
(100%-40%)
=60%
Hence:
= 1,500,000 / 60%
= $2,500,000
Therefore the debt breakpoint in the MCC schedule will be $2,500,000
