If getting a college degree is not possible, which of the following would be next best option for starting a career in fashion d
2 answers:
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Answer:
total rate of return on the Bond = 9.40%
Explanation:
given data
coupon bonds = 5.8%
bonds price = $1,030
maturity time = 14 year
required return on the bonds = 5.1 percent
solution
we know here market price of the bond is Present Value of Coupon Payments + Present face Value
so that face Valueof bond = $1,000
and here annual Coupon Amount will be
annual coupon amount = $1000 × 5.80%
annual coupon amount = $58
and here Market Price of the Bond will be
Market Price of Bond = Present Value of Coupon Payments + Present face Value ......................1
here Present Value of Coupon Payments at PVIFA 5.10% and 14 Years
Present Value Annuity Inflow Factor (PVIFA) = ....2
Present Value Annuity Inflow Factor =
Present Value Annuity Inflow Factor = 9.83566
and
Present Value Inflow Factor (PVIF) 5.10%, 14 Years= ...........3
Present Value Inflow Factor (PVIF) =
Present Value Inflow Factor = 0.49838
so
Market Price of Bond = ( $58 × 9.83566 ) + ( $1,000 × 0.49838 )
Market Price of Bond = $1,068.85
so total rate of return on the Bond will be
total rate of return on the Bond = [ { Annual Coupon Amount + ( Change in Bond Price ) } ÷ Current Price] ...............4
total rate of return on the Bond =
total rate of return on the Bond = 9.40%
Answer:
If the demand curve for a life-saving medicine is perfectly inelastic, then a reduction in supply will cause the equilibrium price to <u>rise and the equilibrium quantity to stay the same</u>.
Explanation:
Perfectly inelastic demand curve indicates the quantity demanded for the life-saving medicine remains the same or does not change in response to a change in price.
Since a part of the law of supply states that the lower the quantity supplied, the higher the price; a reduction in the supply of the life-saving medicine will increase its price.
The combining effect of the two above will lead to an increase in the equilibrium price while the equilibrium quantity will remain the same as it will not respond to the change in price.
The attached graph explains this more clearly. In the graph, the demand curve DD is used to represent the perfectly inelastic demand curve for the life-saving medicine. Therefore, the quantity remains at q no matter the changes, either increase or decrease, in price. Movement from the supply curve S1 to S2 indicates a reduction in supply of the life-saving medicine which causes an increase in the equilibrium price from Po to P1 while the equilibrium quantity stays at q.
This therefore shows that if the demand curve for a life-saving medicine is perfectly inelastic, then a reduction in supply will cause the equilibrium price to <u>rise and the equilibrium quantity to stay the same</u>.
