All categories

2 years ago

A distribution of a company's accumulated prior earnings is a(n) ______.

Business

1 answer:

Dahasolnce [82]2 years ago

6 0

The distribution of a company's accumulated prior earnings is a dividend.

<h3>What are dividends?</h3>

Dividends are portion of money earned that are distributed to shareholders of such company.

These are offered mainly in form of cash and very crucial to shareholders for them to know the state of the finances of such business.

Hence we can conclude that the distribution of a company's accumulated prior earnings is a dividend.

Learn more on dividend here: brainly.com/question/2960815

#SPJ12

You might be interested in

John works for Heinlein Hillclimbers in Wyoming, where he earns $26,500 annually. He contributes $150 per month to his 401(k), o

otez555 [7]

Answer: $40,710

Explanation:

John's annual compensation includes his actual annual salary as well as the various payments that Heinlein Hillclimbers makes on his behalf.

His total annual compensation is:

= Annual salary + Employer's 401 contribution + Health insurance + Life insurance + AD&D + Profit sharing bonus + Tuition reimbursement + employer only taxes and insurance

= 26,500 + (150 /2 * 12 months) + (150 * 12 months) + (30 * 12 months ) + (50 * 12 months ) + (2% * 26,500) + 5,250 + (18% * 26,500)

= 26,500 + 900 + 1,800 + 360 + 600 + 530 + 5,250 + 4,770

= $40,710

4 0

3 years ago

Bugle's Bagel Bakery is investigating the purchase of a new bagel making machine. This machine would provide an annual operating

bagirrra123 [75]

Answer:

Total annual cash inflow= $5,000

Explanation:

The total annual cash inflow will be the sum of the savings in operating costs and the incremental contribution from the sale of the bagels.

Annual contribution from Bagel = 1,500×$0.90=1350

Operating cost savings = 3,650

Total annual cash inflow = 1,350 + 3,650 =5,000

Total annual cash inflow= $5,000

3 0

3 years ago

Cash flows It is typical for Jane to plan, monitor, and assess her financial position using cash flows over a given period, ty

svetlana [45]

Answer:

TOTAL CASH INFLOW $4,950

TOTAL CASH OUTFLOW $4,357

B. $593

C. First is for Jane to bring down her outflow

Secondly is for Jane to either make use of a credit card or request for loan.

D. Jane should make use of the short-term investment rates of 5 percent which was offered by the bank and secondly in a situation where she think or felt that the surplus cannot be enough for her to invest with Jane should go ahead and save the money.

Explanation:

a. Calculation to Determine Jane’s total cash inflows and cash outflows

TOTAL CASH INFLOW

Interest received $ 450

Salary4,500

TOTAL CASH INFLOW $4,950

TOTAL CASH OUTFLOW

Clothes-$1,000

Dining out-500

Groceries-800

Auto payment-355

Utilities-280

Mortgage-1,200

Gas-222

TOTAL CASH OUTFLOW $4,357

Therefore total cash inflow will be $4, 950 while total cash Outflow will be $4,357

b. Calculation to Determine the net cash flowfor the month of August using this formula

The Net cash flow =Total cash inflow - Total cash outflow

Let plug in the formula

Net cash flow =$4,950-$4,357

Net cash flow = $593

Therefore the Net cash flow will be $593

c. In a situation where there is a shortage, the few options that will be open to Jane will be:

First is for Jane to bring down her outflow

Second is for Jane to either make use of a credit card or request for loan.

d. In a situation where there is a surplus, what should be a prudent strategy for Jane is to follow:

Jane should make use of the short-term investment rates of 5 percent which was offered by the bank and secondly in a situation where she think or felt that the surplus cannot be enough for her to invest with Jane should go ahead and save the money.

6 0

3 years ago

Which of the following investments would have the highest future value at the end of 10 years? Assume that the effective annual

LenaWriter [7]

Answer:

The investment that will have the highest future value is option b.

Explanation:

First lets suposse the effective annual rate is 10%

a. Future value= $2,500

c. First you must obtain the net present value of all cash flows with the formula attached, for example:

NVP= ($250/(1+10%)^1)+($250/(1+10%^2)+($250/(1+10%^3)... and so on until year 10

With the excel formula "NPV" you can calculate the net present value specifying the interest rate, the cash flows.

The NPV= $1,536.14

And then you calculate the future value of this answer with this formula:

VF=VP(1+i)^n

VF= $1,536.14*(1+10%)^10

VF=$3,984.36

b. If payments are due at the beginning of every year means that at year 0 you start with $250. You must calculate the NPV in this way

NPV= $250+($250/(1+10%)^1)+ )+($250/(1+10%^2)+($250/(1+10%^3)... and so on until year 10

NPV= $1,786,14

And then you calculate the future value of this answer:

VF= $1,786,14*(1+10%)^10

VF=$4,632.79

d. First, you must convert the annual interest rate into semi-annually interest

10% Annually effective is 4,88% Semi-anually effective

NPV=$125+($125/(1+4,88%)^1)+ )+($125/(1+4,88%^2)+($125/(1+4,88%^3)... and so on until period 20

NPV=$1,698.75

And then you calculate the future value of this answer:

VF= $1,698 *(1+10%)^10

VF=$4,405.37

The investment that will have the highest future value is option b.

3 0

3 years ago

Dirty Don's Bicycle Shop is current financed with 100% equity. The firm currently has 100,000 shares of common stock outstanding

Stella [2.4K]

Answer:

Number of bonds to raise = 2250

Explanation:

given data

current financed = 100% equity

common stock outstanding = 100,000 shares

selling = $50 per share

debt = 45%

equity =55%

par value of a bond = $1,000

to find out

How many bonds would Don have to sell at par value

solution

we get here first the value of equity that is express as

value of equity = Number of shares × Price per share .................1

put here value

value of equity = 100,000 × $50

value of equity = $5,000,000

and

financed with bonds = 45 % of value of equity

financed with bonds = 45 % × $5,000,000

financed with bonds = $2,250,000

Number of bonds to raise is express as

Number of bonds to raise = $\frac{2,250,000}{1000}$

Number of bonds to raise = 2250

6 0

4 years ago