Answer:
a M1 would not change.
Explanation:
the checkable deposits are part of M1 as well as the currency and coins. Therefore, a component of M1 decrease (currency) while another of M1 (checkable deposits) increase.
As the banking system works with a 100-percent required reserve there is no multiplier effect from the deposit therefore M1 do not change.
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
Answer:
The answer is D.
Explanation:
The price of a stock is also known as price of equity. This is the price the equity of a company is presently worth. The price the potential investors will be able to purchase it. One of the ways of calculating price of a stock is the Dividend Discount Model which can be calculated by:
Ke = (D1÷Po) - g
Ke is the Cost of equity(i.e the required rate of return for investors)
D1 is the next year dividend payments
Po is the price of the stock
g is the expected dividend growth rate
To get Po, we can rewrite the formula as:
Po = D1÷Ke - g÷Ke
We can see now that the expected future dividends will be discounted at the ''Ke'' which is the investors'required rate of return
Answer:
Total Cost = $309,366
Explanation:
Given:
Number of year = 15 year
Monthly payment = $1,718.70
Find:
Total Cost
Computation:
Total Cost = Number of year x 12 months x Monthly payment
Total Cost = 15 x 12 x 1,718.70
Total Cost = $309,366
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