You want your hand to "give" a bit when you catch the ball. You don't want want the ball to come to a hard stop because that would risk hurting your hand.
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 correct answer is A.
GDP consists of all FINAL goods and services, and the only way it can be measured is through market prices.
Based on the time it takes Leo when he uses two machines, the length of time it will take if the large copier is broken is <u>75 minutes. </u>
<h3>How long will it take if the large copier is broken?</h3><h3 />
This can be found by the formula:
= 1 / ( (1 / time taken with both copiers) - (1 / time taken with large copier) )
Solving gives:
= 1 / ( ( 1 / 30) - (1 / 50))
= 1 / (1 / 75)
= 75 minutes
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