Answer:
CC100 has $31.25 per hour
CC11O has $250 per hour
CC120 has $62.5 per hour
CC190 has $62.5 per hour
Explanation:
The IDC rate for each department would be the department IDC allocated divided by operating hours as shown below:
CC100
IDC rate=$25,000/800=$31.25 per hour
CC110
IDC rate=$50,000/200=$250 per hour
CC120
IDC rate=$75,000/1200=$62.5 per hour
CC190
IDC rate=$100,000/1600=$62.5 per hour
Judging from the IDC rates of the departments,department CCC110 seems to have the highest IDC rate per hour,which implies that each hour is charged with $250 against the CC100 where each operating hours is just $31.25.
The higher the IDC rate in a department the higher the cost of the output of that department since the cost has to be recovered from output.
Answer:
A late fee will be charged.
Explanation:
hope this helped
Answer:
According to the OECD the total expenditure of the US government, including state and local is about a 38% of the GDP.
Explanation:
The federal government expends almost the 55% of the total and the remaining 45% the state and local government.
Answer:
D : $600,000 loss
Explanation:
In the income statement, the total revenues and the total expenses are recorded.
If the total revenues are more than the total expenditure then the company earns net income
And, If the total revenues are less than the total expenditure then the company have a net loss
This net income or net loss would reflect in the statement of the retained earning account.
So,The net income or net loss would be
= Net income - research and development costs
= $2,400,000 - $3,000,000
= $600,000 loss
Answer:
Check Explanation.
Explanation:
Note that the production function of bother country = Y=F(K,L) = K L c : k^1/2 L^1/2.
Thus Y/L = b; b = k^1/2 L^1/2/ L.
b = k^1/2.
From the question we are given that L = 6% = 0.06.
Country A saves 15% = 15/100 = 0.15 and country B saves 23% = 23/100 = 0.23.
For country A,
(a). the steady state;
∆k = 0 = y - dk.
0 = 0.15 × k^1/2 - 0.06k.
K^1/2 = 2.5, k* = 6.25
(b). y = K^1/2 = (6.25)^1/2.
y* = 2.5
(c). C = 2.5 - (0.15 × 2.5) = 2.5 - 0.375.
C* = 2.125.
Then, for COUNTRY B.
(a). ∆k = 0 = y - dk.
0 = 0.25 × k^1/2 - 0.06k.
K^1/2 = 4.167, k* = 17.36
(b). y = K^1/2 = (17.36)^1/2.
y* = 4.167.
(c). C = 4.167 - (0.25 × 4.167) = 2.5 - 0.375.
C* = 3.127.
C* = 2.125.
