Answer:
$68,600
Explanation:
An predetermined overhead of $70,000 was estimated for an activity of 2,500 hours. The actual overhead assigned to the products is given by multiplying the fraction of the total 2,500 hours of activity utilized by the products by the predetermined overhead:
![A = \frac{1,350+1,100}{2,500}*\$70,000\\ A = \$68,600](https://tex.z-dn.net/?f=A%20%3D%20%5Cfrac%7B1%2C350%2B1%2C100%7D%7B2%2C500%7D%2A%5C%2470%2C000%5C%5C%20A%20%3D%20%5C%2468%2C600)
The total amount of overhead assigned to the products is $68,600.
Answer:
<u>$50</u>
<u>Explanation</u>:
In the production function, Q = K0.5L0.5,
K denotes the fixed input in the short run.
First, we calculate the total cost:
Cost of Capital= 25 x $1 = $25
Cost of Labor (for a start 25 workers are used)= 25 x $1 = $25
Total= $50
Since the price of the solar panels is $100, substrating from the total cost $50 (100-50) we get $50 profit per unit of solar panel.
The yield of maturity for this bond is "8.4 percent".
We can calculate this in the following way;
<span>Yield to maturity = YTM = {($1,000 x .06) + [($1,000 - 900)/5]}/[($900 + $1,000)/2]
=(60 + 20) / (950)
=80/950
=0.084
=0.084 x 100
= 8.4 percent</span>
Depreciating means to become less valuable over time, so I believe the correct answer is <span>b. become less valuable over time.</span>
The project must demonstrate,
one, the problem you are trying to solve. Two, the solution of the problem, how
innovative it is and compelling. Three, what did you learn throughout the
project. Four, accuracy of the conclusion of the project. And lastly, how were
you able to effectively present and demonstrate the project to your audience.