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3 years ago

At 4 percent inflation, how much time will it take for prices to double?

Business

2 answers:

Vladimir79 [104]3 years ago

8 0

Answer:

eighteen years

Explanation:

Given that

Inflation rate = 4%

For computing the how much time is required for prices to double we apply the rule for 72 that means the 72 is divided by the inflation rate so that the time period could come

In mathematically

Number of years is

= 72 ÷ 4%

= 18 years

Hence, in the eighteen years, the price is double

Dahasolnce [82]3 years ago

4 0

Is should only take 18 years

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Bond X is a premium bond making semiannual payments. The bond has a coupon rate of 7.5 percent, a YTM of 6 percent, and 13 years

bija089 [108]

Answer:

a. What are the prices of these bonds today?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/26]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/26]

0.03 x (500 + 0.5MV) = 37.5 + 38.46 - 0.03846MV

15 + 0.015MV = 75.96 - 0.03846MV

0.05346MV = 60.96

MV = 60.96 / 0.05346 = $1,140.29

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/26]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/26]

0.0375 x (500 + 0.5MV) = 30 + 38.46 - 0.03846MV

18.75 + 0.01875MV = 68.46 - 0.03846MV

0.05721MV = 49.71

MV = 49.71 / 0.05721 = $868.90

b. What do you expect the prices of these bonds to be in one year?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/24]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/24]

0.03 x (500 + 0.5MV) = 37.5 + 41.67 - 0.04167MV

15 + 0.015MV = 79.17 - 0.04167MV

0.05667MV = 64.17/0.05667 = $1,132.29

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/24]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/24]

0.0375 x (500 + 0.5MV) = 30 + 41.67 - 0.04167MV

18.75 + 0.01875MV = 71.67 - 0.04167MV

0.06042MV = 52.92

MV = 52.92 / 0.06042 = $875.87

c. What do you expect the prices of these bonds to be in three years?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/20]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/20]

0.03 x (500 + 0.5MV) = 37.5 + 50 - 0.05MV

15 + 0.015MV = 87.5 - 0.05MV

0.065MV = 72.5

MV = 72.5 / 0.065 = $1,115.38

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/20]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/20]

0.0375 x (500 + 0.5MV) = 30 + 50 - 0.05MV

18.75 + 0.01875MV = 80 - 0.05MV

0.06875MV = 61.25

MV = 61.251 / 0.06875 = $890.91

d. What do you expect the prices of these bonds to be in eight years?

price of bond X:

0.03 = {37.5 + [(1,000 - MV)/10]} / [(1,000 + MV)/2]

0.03 x [(1,000 + MV)/2] = 37.5 + [(1,000 - MV)/10]

0.03 x (500 + 0.5MV) = 37.5 + 100 - 0.1MV

15 + 0.015MV = 137.5 - 0.1MV

0.115MV = 122.5

MV = 122.5 / 0.115 = $1,065.22

price of bond Y:

0.0375 = {30 + [(1,000 - MV)/10]} / [(1,000 + MV)/2]

0.0375 x [(1,000 + MV)/2] = 30 + [(1,000 - MV)/10]

0.0375 x (500 + 0.5MV) = 30 + 100 - 0.1MV

18.75 + 0.01875MV = 130 - 0.1MV

0.11875V = 111.25

MV = 111.25 / 0.11875 = $936.84

7 0

3 years ago

When Keisha started her new job, she went through ______ to help her transition and fit smoothly into the job and organization.

Masteriza [31]

Answer: Orientation.

Explanation:

From the question, after employment, Keisha was given orientation by the new company she works for, where her fellow colleagues at work explained somethings she needed to know about her new place of work and what is required of her. Given an individual orientation, involves directing them and teaching them what to do and expect from something they are new to.

5 0

3 years ago

What is the present value of a security that will pay $34,000 in 20 years if securities of equal risk pay 8% annually? Round you

OLga [1]

Answer:

present value = $7296.14

Explanation:

given data

future value = $34,000

time t = 20 year

rate r = 8% = 0.08

solution

we apply here future value formula for get present value that is

future value = present value × $(1+r)^{t}$ .....................1

put her value and we get

$34,000 = present value × $(1+0.08)^{20}$

present value = $\frac{34000}{1.08^{20}}$

present value = $\frac{34000}{4.660}$

present value = $7296.14

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3 years ago

Describe what would be some examples of fixed cost and variable cost on a farm?

EleoNora [17]

Machinery repairs, property taxes, salaries for workers variable: number of workers, what crop is being produced, gas for machinery.

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3 years ago

Read 2 more answers

This document is published by the Office of Inspector General (OIG) every year. It details the OIG's focus for Medicare fraud an

olga nikolaevna [1]

Answer:

<em>The OIG's Workplan</em>

Explanation:

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<em>The OIG Work Plan establishes various projects, such as OIG audits and evaluations which are yet to be established or arranged to be tackled by OIG's Audit Services Office and Evaluation and Inspections Office during the fiscal year and beyond.</em>

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3 years ago