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2 years ago

11

A company issues 7% bonds with a par value of $230,000 at par on January 1. The market rate on the date of issuance was 6%. The

bonds pay interest semiannually on January 1 and July 1. The cash paid on July 1 to the bond holder(s) is:

1 answer:

aivan3 [116]2 years ago

8 0

The correct answer is $4,900.

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How can producers maximize their profit?

Alina [70]

Answer:

the best possible answer is keep the marginal costs below marginal revenue.

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3 years ago

5. A garden plant that has been passed down within a food family and is generally not commercially grown is called a/an _______

madreJ [45]

Answer:

The correct option is D, Heirloom.

Explanation:

A garden Plant that has been passed down within a food family and is generally not commercially grown is called a Heirloom Product. Such garden plants are planted by the gardeners for their own and family use. Such plants are not sold commercially. Generally they are planted to be used within the house. Family members use such plants to make foods.

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3 years ago

A computer manufacturer sells laptops to retail stores for $450 each. If the manufacturer pays $200 for all of the components in

a_sh-v [17]

Answer:

The answer is $75

Explanation:

The formula to reach out value addition is

Value Addition=Sales Value-Cost of manufacture or input added

In our Case

Sales Price=$450

Cost of Manufacture or Input=200+75=$275

So by entering above numbers in Value Addition formula we get

Value Addition=$450-$275

Value Addition=$175

5 0

3 years ago

Bond J has a coupon of 7.6 percent. Bond K has a coupon of 11.6 percent. Both bonds have 12 years to maturity and have a YTM of

elena55 [62]

Answer:

Bond J has a coupon of 7.6%

Bond K has a coupon of 11.6%

12 years to maturity and YTM of 8.2%

first we must determine the current market price of both bonds using the yield to maturity formula:

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 8.2%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

current market value of Bond J:

0.082 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.082 = 76 + [(1,000 - PV) / 12]

41 + 0.041PV = 76 + 83.33 - 0.083PV

0.124PV = 118.33

PV = 118.33 / 0.124 = $954.27

current market value of Bond K:

41 + 0.041PV = 116 + 83.33 - 0.083PV

0.124PV = 158.33

PV = 158.33 / 0.124 = $1,276.85

a. If interest rates suddenly rise by 2.2 percent, what is the percentage price change of these bonds?

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 8.2% + 2.2% = 10.4%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

market value of Bond J:

0.102 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.102 = 76 + [(1,000 - PV) / 12]

102 + 0.051PV = 76 + 83.33 - 0.083PV

0.134PV = 157.33

PV = 57.33 / 0.134 = $427.84

market value of Bond K:

102 + 0.051PV = 116 + 83.33 - 0.083PV

0.134PV = 97.33

PV = 97.33 / 0.134 = $726.34

Bond J's market price will decrease by ($427.84 - $954.27) / $954.27 = -55.17%

Bond K's market price will decrease by ($726.34 - $1,276.85) / $1,276.85 = -43.11%

b. If interest rates suddenly fall by 2.2 percent, what is the percentage price change of these bonds?

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 6%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

current market value of Bond J:

0.06 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.06 = 76 + [(1,000 - PV) / 12]

30 + 0.030PV = 76 + 83.33 - 0.083PV

0.113PV = 129.33

PV = 129.33 / 0.113 = $1,144.51

current market value of Bond K:

30 + 0.030PV = 116 + 83.33 - 0.083PV

0.113PV = 169.33

PV = 169.33 / 0.113 = $1,498.50

Bond J's market price will increase by ($1,144.51 - $954.27) / $954.27 = 19.94%

Bond K's market price will increase by ($1,498.50 - $1,276.85) / $1,276.85 = 17.36%

8 0

3 years ago

When the marginal revenue curve intersects the horizontal axis A. demand is relatively inelastic. B. demand is perfectly elastic

konstantin123 [22]

Answer:

D. demand is unitary elastic.

Explanation:

A unitary elastic demand means that the quantity demanded will change proportionally to any change in the price of the product or service. E.g. price decreases by 10%, then quantity demanded will increase by 10%.

The marginal revenue curve represents the additional revenue generated by selling one more unit. As the marginal revenue curve approaches 0, it means that selling one additional unit generates lower revenues.

8 0

3 years ago