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hjlf
3 years ago
5

Heidi Company is considering the acquisition of a machine that costs $420,000. The machine is expected to have a useful life of

6 years, a negligible residual value, an annual net cash inflow of $120,000, and annual operating income of $83,721. The estimated cash payback period for the machine is:__________.
a. 5.1 years
b. 5 years
c. 4 years
d. 3.5 years
Business
1 answer:
Sonja [21]3 years ago
6 0

Answer:

d. 3.5 years

Explanation:

We know that payback period is the estimated length of time it takes cash inflow from a project to recover back the cash outflow.

It is to be noted that the payback period makes use of cash flow and not profit, hence denoted by;

Payback period = Initial cost / Annual net cash inflow

Given that;

Initial cost = $420,000

Annual net cash inflow = $120,000

Therefore,

Payback period = $420,000 / $120,000

Payback period = 3.5 years

You might be interested in
under the securties act of 1933, which statements are true regarding a regulation D private placement exemption? adveristing per
Keith_Richards [23]

Answer:

advertising is not permitted

Commissions can be received in connection with the offering.

Explanation:

Under the securities act of 1993, a regulation D private placements have some rules which included: advertising was not permitted and Commissions can be received in connection with the offering. These were only a few rules as Regulation D allows a "private placement" exemption if an issue is sold to a maximum of 35 "non-accredited" investors.

7 0
3 years ago
On April 1, 2021, Shoemaker Corporation realizes that one of its main suppliers is having difficulty meeting delivery schedules,
Vlad [161]

Answer:

Explanation:

The journal entries are shown below:

1.  Notes receivable A/c Dr $450,000

          To Cash A/c                               $450,000

(Being the notes receivable acceptance is recorded)

2. Interest receivable A/c Dr $40,500

      To Interest revenue                       $40,500

(Being the interest is collected)

Interest = Principal × rate of interest × number of months ÷ (total number of months in a year)

= $450,000 × 12% × (9 months ÷ 12 months)

= $40,500

The 3 months is calculated from April 1 to December 31

3.  Cash A/c Dr $504,000

             To Notes receivable A/c $450,000

             To  Interest receivable A/c $40,500

             To Interest revenue A/c      $13,500

(Being cash collected recorded)

Interest revenue = Principal × rate of interest × number of months ÷ (total number of months in a year)

= $450,000 × 12% × (3 months ÷ 12 months)

= $13,500

The 3 months is calculated from December 31 to April 1

6 0
3 years ago
Bond payments are generally more predictable than stocks because:_______.
lianna [129]

The bond payments are more predictable than stocks because bond owners know the size and timing of payments they will receive.

Bonds refers to the promise by a borrower to pay the lender his/her principal and the interest on the loan given.

  • Bonds is an instrument used by company as an alternatives to taking a loan from banks.

  • Generally, the bond payments are more predictable than stocks because bond owners know the size and timing of payments they will receive.

Therefore, the Option C is correct.

Read more about Bonds

<em>brainly.com/question/25481446</em>

4 0
2 years ago
For a risk-free return rate of 5%, a market risk premium of 6%, what is the required rate of return for a security with a beta c
adoni [48]

Answer:

14%

Explanation:

required rate of return = risk free rate of return + ( risk premium x beta)

5% + 1.5 x 6% = 14%

3 0
3 years ago
A truck rental company rents a moving truck for one day by charging $ 34 plus $ 0.05 per mile. Write a linear equation that rela
lara [203]

Answer:

C = 0.05*x + 34

Explanation:

There are several ways to approach this problem. However, we will follow a logical and simple procedure.

It is always possible to write any linear equation as:

y = mx + b, where:

m = slope

b = y-intercept (value when x = 0)

The problem statement guarantees us that b=34, because if we do not drive any mile (x=0), then the cost should be equal to $ 34. Also, we know that m=0.05, because every driven mile (increase in x by 1) the cost should increase by $5. Therefore, we can write the linear equation as:

y = 0.05x + 34

Changing the dependent variable y for C (to relate it with the cost) we have that:

C = 0.05x + 34

6 0
3 years ago
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