Answer:
cultural identity
Explanation:
According to my research on studies conducted by various sociologists, I can say that based on the information provided within the question he would need to be aware of the cultural identity of the workforce. In other words he would need to be accepted by the people in that workforce as well as James accepting them.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer:Gundy Enterprise journal $
Date
Jan 31 2021
Income statementl Dr 641.67
Mortage Interest. Cr. 641.67
Recognition of interest payable on mortgage loan for December 2021
Jan 31 2021
Mortgage principal Dr 635.52
Mortgage interest Dr. 641.67
Bank Cr. 1277.19
Narration.payment of principal and interest Interest due on mortgage loan as at January 31 2021.
Explanation:
The monthly installment payments of $1277.19 consist of both the principal sum and accompanying monthly interest.
The interest needs to be first recognized as an expenses into the income statement and increase in the mortgage loan. This will prevent an over deduction on the mortgage loan.
Answer:
1,000,000
Explanation:
As there are constant returns to scale the cost to produce a greater output will grow following a linear fucntion thus,
if 100 units units are produced at a cost of 200,000 dolllars
then 500 units will be produced five times that amount:
200,000 x 500/100 = 200,000 x 5 = 1,000,000
The total cost for 500 units will be a million dollars
Answer:
Instructions are below.
Explanation:
Giving the following information:
Value at 18= $4,909
Interest rate= 3%
To calculate the final value, we need to use the following formula:
FV= PV*(1+i)^n
A) Number of years= 7
FV= 4,909*(1.03^7)= $6,307.45
B) Number of years= 47
FV= 4,909*(1.03^47)= $19,694.39
C) Finally, we need to determine the original investment. We need to isolate the present value from the formula:
PV= FV/(1+i)^n
PV= 4,909/(1.03^18)
PV= $2,883.52
Answer:
$0.3 per machine hour
Explanation:
The computation of the variable maintenance cost per machine hour using the high low method is shown below:
Variable cost per machine hour = (High maintenance cost - low maintenance cost) ÷ (High machine hours - low machine hours)
= ($9,000 - $7,200) ÷ (20,000 machine hours - 14,000 machine hours)
= $1,800 ÷ 6,000 machine hours
= $0.3 per machine hour
