Answer:
Price willing to pay=$1105.94
Explanation:
Annual Coupon Payment=$1,000*0.08
Annual Coupon Payment=$80
Calculating Present Value (PV) of Par Value:

Where:
i is the rate of return.
FV is par value

PV= $258.419.
Calculating PV of annual Coupon Payment:

i is the coupon rate
A is the annual Payment

PV=$847.521
Price willing to pay= Present Value (PV) of Par Value+ PV of annual Coupon Payment
Price willing to pay=$258.419+$847.521
Price willing to pay=$1105.94
Answer:
Rest of question:
... equals marginal cost.
Firms will maximize profits at the point where marginal revenue equals marginal cost because producing after this point means that no profits will be made.
As long as the Marginal revenue exceeds marginal cost, there will be profits made because the company is making more than it is spending so they should keep producing. When it gets to a point in production where the marginal revenue equals marginal cost, the company should not produce further than that.
This is because, as earlier mentioned, any further production would result in the marginal cost being larger than the marginal revenue which means that a loss will be made. The company should therefore stop at the point where MR = MC so as not to let MC get larger than MR so that no losses will be made.
Answer:a.
It would increase by $500,000 multiplied by the reciprocal of the required reserve ratio.
Explanation:
A bank will often hold government securities as an asset. If a bank were to sell S500,000 in government securities to an individual who paid for the bond in cash and the bank placed this cash in its vault, by how much would the money supply change as a result - It would increase by $500,000 multiplied by the reciprocal of the required reserve ratio.
The money supply is the entire stock of currency and other liquid instruments circulating in a country's economy and is given by the formula:
MONEY SUPPLY = RESERVES X MONEY MULTIPLIER
Therefore the bank reserves increasing in the scenario will increase money supplier by the effect of the money multiplier or the reciprocal of the required reserve ratio.
Answer:
The expected annual return of Portfolio is 12.00%
Explanation:
The portfolio return is calculated by multiplying the individual security return with weight of individual security in the portfolio. We have three securities R, J and K with expected return on 12%, 18% and 8% with weight of 50%, 20% and 30%. Through multiplying them we get individual return of security that is 6%, 3.6% and 2.4%. The weighted average portfolio return is 12%
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