D. a firm that has some control over the price of the product it sells
Answer:
Direct Materials $ 14*20,000 = $ 28000
Direct Labor $ 14*1.9* 20,000 = $ 532,000
Variable Overhead $
14*1.9*1.2*20,000 = $ 638400
Fixed Overhead $
14*1.9*1.8*20,000 = $957600
Total Manufacturing Cost $ = 2156000
Less: Ending Inventory $ 107.8*730 = 78649
Cost of Goods Sold $2077306
Working:
Total Manufacturing Cost $ per unit = 2156000/ 20,000= 107.8 $
Ending Inventory $ 107.8*730 = 78649
Answer:
ROE = 20%
Explanation:
Given:
Common equity = $350,000
Net income = $70,000
Find:
ROE
Computation:
ROE = [Net income/Common equity]100
ROE = [$70,000/$350,000]100
ROE = 20%
Answer:
The effective rate of protection for the U.S. steel industry is approximately 17.5%
Explanation:
Mathematically, the effective rate of protection is calculated as follows;
e = (n-ab)/(1-a)
where n is the nominal tariff rate on the final product , a is the ratio of the value of the imported input to the value of the finished product and b is the nominal tariff rate on the imported input
Mathematically;
a = value of iron ore/value of steel = 100,00/500,000 = 1/5 = 0.2
From the question, we can see that nominal tariff rate for steel n = 15% = 15/100 = 0.15
The nominal rate for iron ore b = 5% = 5/100 = 0.05
So we substitute all of these into the equation of e above
e = {0.15-0.2(0.05)}/(1-0.2) = (0.15-0.01)/0.8 = 0.14/0.8 = 0.175 which is same as 17.5%
