Answer:
1. $8.25
2. $313,500
Explanation:
Given that,
Variable overhead cost per direct labor-hour = $2.00
Total fixed overhead cost per year = $250,000
Budgeted standard direct labor-hours (denominator level of activity) = 40,000
Actual direct labor-hours = 39,000
Standard direct labor-hours allowed for the actual output = 38,000
1. Total overhead cost at denominator level of activity:
= Total fixed overhead + Total variable overhead
= $250,000 + (40,000 × $2.00
)
= $250,000 + $80,000
= $330,000
Predetermined overhead rate:
= Total overhead cost at denominator level of activity ÷ Budgeted standard direct labor-hours
= $330,000 ÷ 40,000
= $8.25
2. Overhead applied:
= Standard direct labor-hours allowed for the actual output × Predetermined overhead rate
= 38,000 × $8.25
= $313,500
Im ony in middle school sorry
In economics, the Fisher equation is used to determine the
relationship of the nominal interest rate and the real interest rate. This
equation takes into account the effect of inflation. Mathematically this is
expressed as:
Real rate = 
-1
The values given are:
Nominal rate= 10% =
0.1
Inflation=5%=0.05
Substituting known
values and by calculation:
<span>Real rate=0.0476 =
4.76%</span>
Answer:
$54.35
Explanation:
The computation of the price per share of the common stock is shown below:
= Next year dividend ÷ (Required rate of return - growth rate)
where,
Next year dividend is
= $3.23 + $3.23 × 4.2%
= $3.23 + 0.13566
= $3.37
And, the other items would remain the same
So, the price per share is
= $3.37 ÷ (10.4% - 4.2%)
= $3.37 ÷ 6.2%
= $54.35
Answer:
Explanation:
Here Nicolas will gain comparative advantage only when he is selling the good he is specializing in and he would specialize in that good which would have lower opportunity cost for him. So the first step that we have to do here is to find out for which good Nicolas will have lower opportunity cost.
For Nicolas who in 8 hours can either catch 24 pound of fish or repair 15 cars,
the opportunity cost for catching 1 fish is = 15/24 = .625
the opportunity cost for repairing 1 car is = 24/15 = 1.6
So from the above observation we can say that for Nicolas catching fish has lower opportunity cost for him , so he should specialize in catching fish.
Therefore the term of trade for Nicolas would be
1 fish = .625 cars ,
if he can catch and sell 100 units worth of fish then he would have to give up 62.5 cars and then only he will gain from trade,
1 x 100 fish = .625 x 100
100 fish = 62.5 cars.
