Answer:
Decrease, $2,000
Explanation:
The premium on bonds payable will <u>decrease </u>total interest expense recognized over the life of the bond by <u>$2,000</u>. The difference between the face value & the issue value $2,000 ($62,000 - $60,000) should be amortize over a period of time and of which is reduced from interest expense.
Answer:
$2000=Z/(1+i)^1+Z/(1+i)^2+Z/(1+i)^3
Explanation:
let Z be the annual minimum cash flow
The internal rate of approach can be used here, in other words, the rate of return at which capital outlay of $2000 is equal present values of future cash flows
In year 1, present value of cash =X/discount factor
year 1 PV=Z/(1+i)^1
year 2 PV=Z/(1+i)^2
year 3=Z/(1+i)^3
Hence,
$2000=Z/(1+i)^1+Z/(1+i)^2+Z/(1+i)^3
Solving for Z above would give the minimum annual cash flow that must be generated for the computer to worth the purchase
Assuming i, interest rate on financing is 12%=0.12
Z can be computed thus:
$2000=Z(1/(1+0.12)^1+(1/(1+0.12)^2+(1+0.12)^3)
$2000=Z*3.09497902
Z=$2000/3.09497902
Z=$646.21
The answer in this question is the foot-in-the-door phenomenon which is the first one in the choices. The results of this experiment that the researchers conducted support the foot-in-the-door phenomenon. The foot-in-the-door phenomenon is one that is supported by the result of this experiment.
Yes amazing work buy stocks and lower prices but 30p0
