Cost-benefit principles can be applied to the decision of e: all of these.
This means that cost-benefit principles can be applied to the decision of the following:
Majority rule voting
which project receives the most votes
rational ignorance
profit maximizing firms
Answer:
Note: The missing part of the question is <em>"using variable costing and absorption costing. Explain the difference"</em>
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Solution
According to variable costing, the unit cost based was
= $8.20 + $11.20 + $9.20
= $28.6
According to absorption costing,
Total Manufacturing costs= Direct material + Direct labor + Overhead
= $8.20 + $11.20 + ($386,400/42,000 units) + $9.20
= $8.20 + $11.20 + $9.2 + $9.2
= $37.8
The difference between the variable costing and the absorption cost is because the product costing using variable costing method only includes variable costs.
Answer:
$8000
Explanation:
They have to pay $8,000 as an implicit costs.
The implicit expenditure is the advantage of the right to use the personal resources of a company that is not listed as actual, distinct expenditures.
Computation of Implicit cost for the Boston Batting Cage :
Implicit cost = Labor + maintenance + electricity
= $5,000 + $2,000 + $1,000
= $,8000
Answer:
Job rotation is beneficial to the company in terms of productivity and would reduce the leave of absence workers in Hershey Foods production facility.
It would promote flexibility of employees and keep employees interested into staying with the company/organization which employs them as well as taking their designated tasks seriously.
Answer:
The answer is option A). $6,710.60
Explanation:
The total amount Al miler will need to invest at the beginning to have the money in 15 years is known as the principal amount.
The formula for calculating the total amount after 15 years with interest compounded semiannually is as follows;
A = P (1 + r/n) (nt)
where;
A = the future value of the initial investment
P = initial investment amount/principal amount
r = the annual interest rate
n = the number of times that interest is compounded per unit t
t = the time the money is invested for
In our case;
A=$29,000
P=p
r=10/100=0.1
n=interest is compounded semiannually which is twice a year=2
t=15 years
Replacing values in the formula;
29,000=p(1+0.1/2)^(2×15)
29,000=p(1+0.05)^30
29,000=4.322 p
p=29,000/4.322
p=$6,710
Al must invest $6,710 for him to have enough money for the new equipment in 15 years
