Answer:
a. $8 million
Explanation:
In the given situation, the $8 million is the best price to finalize your decision as $20 million costs is that cost which is paid last year and these costs are called sunk cost which is not recovered in the future, that means it is already incurred in the past.
Moreover, the sunk cost is not a part of the future decision as this cost is irrelevant now
So, $8 million is a relevant cost to make a better decision
Generally speaking, population dependency ratios demo number of dependents to population. This is essentially reversing the picture. Because as the number of workers to population decline, the classic dependency ratio increases. Hence, it will likely cause worker productivity to decline.
Answer:
$42,680 under applied
Explanation:
The computation is shown below:
First, Calculate the predetermined overhead rate per hour which equals to
= (Estimated Overhead cost ÷ estimated machine hours)
= ($175,100 ÷ 25,600 hours)
= $6.84 per hour
So, the applied overhead equals to
= Predetermined overhead rate per hour × actual machine hours
= $6.84 per hour × 20,500 hours
= $140,220
So, the over/under applied overhead equals to
= Applied overhead - actual overhead
= $140,220 - $182,900
= $42,680 under applied
Calculate the value of
the stock:
<span>The dividend on
preferred stock is received constantly for perpetuity. So, the value of
preferred stock can be calculated by dividing the dividend with the required
rate of return. If the dividend rate is 8% on par value of $ 100 and required
rate is 6% the value of preferred stock will be P = (100x0.08)/0.06 = 8/0/06 =
133.3333333</span>
Answer:
-$380,789
Explanation:
Dear Portfolio = [(1,50,000)2 + (2,50,000)2 + 2(0.8)(1,50,000) ( 2,50,000)]0.5
= [$22500000000 + $62500000000 + $60000000000]0.5
= ($145000000000)0.5
= $380,789
