As part of his overall stock portfolio, jason bought a few shares of facebook. in this context, he would best be described as __
1 answer:
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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:
a. 300 units
b. $3,750
c. $3,750
d. 100 units
Explanation:
a. The computation of the economic order quantity is shown below:
=
=
= 300 units
b. For annual holding cost, first we have to find out the average inventory would equal to
= Economic order quantity ÷ 2
= 300 units ÷ 2
= 150 units
Now the Carrying cost = average inventory × carrying cost per unit
= 150 units × $25
= $3,750
c. For ordering cost, first we have to compute number of orders would be equal to
= Annual demand ÷ economic order quantity
= $15,000 ÷ 300 units
= 50 orders
Now Ordering cost = Number of orders × ordering cost per order
= 50 orders × $75
= $3,750
d. The computation of the reorder point is shown below:
= (Annual demand ÷ total number of days in a year ) × lead time
= (15,000 units ÷ 300 days) × 2 working days
= 100 units