Answer:
lessen the effect of exchange rate changes by sourcing from where input costs are low
Explanation:
Answer:
The conclusion we can draw is that businesses invest heavily on capital expenditures for future growth.
Explanation:
The equation of exchange is: M × V = P × Q, where:
M: the money supply
V: the velocity of money
P: the general price level
Q: the expenditures
Because V increase while P (no real growth in the economy mean the velocity of money is stable) and P are unchanged, Q must increase too. The increase is usually on capital expenditures.
Answer:
Explanation:
1) The total cost of reducing runoff if the farmers are not allowed to trade permits is:
total loss = farmer A' loss + farmer B's loss
where:
- farmer A's loss = (100 - 50) x $25 = $1,250
- farmer B's loss = (100 - 50) x $50 = $2,500
total loss = $1,250 + $2,500 = $3,750
2) The total cost of reducing runoff if the farmers are allowed to trade permits is:
Since farmer A will be willing to sell his permits to farmer B for a price that is ≥ $25 and ≤ $50, the total cost of reducing runoff is $2,500.
If farmer A sells his runoff permit at a price higher than $25 his costs will decrease but farmer B's costs will increase, so any gain due to price change is offset by the other farmer's loss.
I guess the correct answer is the value of their time and energy.
Some discount stores put products in large bins and let consumers hunt and find bargains. The price these consumers pay includes the value of their time and energy.
Answer:
See answers below
Explanation:
1 The predetermined overhead rate
= Cost of manufacturing overhead / Cost driver.
Where cost driver
= labor cost / labor rate
= $240,192 / $12.51
= 19,200 hours
Expected overhead
= depreciation + supervisor + supplies + property tax
= 56,500 + 140,000 + 46,400 + 27,750
Total overhead = 270,650
Overhead rate = 270,650 / 19,200
= 14.10 per hour
2. The amount t of applied overhead for of 18,500 actual hours were worked on
= 18,500 hours × $14.10
= $260,850
