All categories

3 years ago

What is the movement of an economy from one condition to another and back again

1 answer:

3 0

The business cycle is the movement of an economy from one condition to another and back again. The business cycle is also known as the economic cycle or trade cycle. This cycle represents the movement of resources from one end and their comeback at the same end after revolving. It can be understood as a businessman invests money in the business in the form of costs and the money comes back in the form of revenue or sales.

Hence the answer is the <u>Economic cycle</u>

You might be interested in

Benefits for organizations that successfully implement supplier relationship management can include

frozen [14]

Answer:

1. More market speed

2. Reduced costs

3. better and Improved quality

Explanation:

A supplier relationship management can be explained as the process of knowing those suppliers that are really important to the growth of a business and putting into place, a system that would help in the managing of existing relationships with these important suppliers.

Organizations that are able to fully implement such relationships enjoy benefits such as

1. increased speed to the market

such relationships can help to remove delays that are caused by supply chains

2. They enjoy reduced costs

product sampling, contract negotiation, sampling of new suppliers could take a lot of time as well as money. Mistakes could even be made

3. They also enjoy quality items from the suppliers

7 0

3 years ago

The operations of Smits Corporation are divided into the Child Division and the Jackson Division. Projections for the next year

dybincka [34]

Answer:

Operating income for the Smith's corporation as a whole if the Jackson's division were dropped is $22,500

Explanation:

The operations of Smith's Corporation are divided into the Child Division and the Jackson Division. Projections for the next year are as follows:

Child Division Jackson Division Total

Sales revenue $250,000 $180,000 $430,000

Variable expenses 90,000 100,000 190,000

Contribution margin $160,000 $80,000 $240,000

Direct fixed expenses 75,000 62,500 137,500

Segment margin $85,000 $17,500 $102,500

Allocated common costs 35,000 27,500 62,500

Total relevant benefit $50,000 $(10,000) $40,000

Operating income for the Smith's corporation as a whole if the Jackson's division were dropped

Child Division

Sales revenue $250,000

Variable expenses 90,000

Contribution margin $160,000

Direct fixed expenses 75,000

Segment margin $85,000

Allocated common costs 62,500

Total relevant benefit $22,500

Note that common fixed costs will be borne by the child division alone when the Jackson division is closed which is the entire 62,500 is deducted from the sales margin of child division before arriving at profit

3 0

3 years ago

Assume the perpetual inventory; system is used unless stated otherwise. Round all numbers to the nearest whole dollar unless sta

Bingel [31]

Answer: Check attachment

Explanation:

In the attachment, note that:

On July 14:

Account payable was calculated as:

= $4400 - $300

= $4100

Merchandise Inventory = $4100 × 2%

= $4100 × 2/100

= $4100 × 0.02

= $82

Cash = $4100 - $82 = $4018.

Check attachment for further explanation.

7 0

3 years ago

a person was able to invest 1,000 per month for 30 years with interest rate of 5%. 1. find out how much the person will have in

sveticcg [70]

Answer:

1. $832,258.64

2. $616,550.50

3. $476,407.77

Explanation:

As the question is concerned, we are to calculate the Future value for the following data

1. PV = 0

PMT = 1,000

N = 30*12 = 360

I = 5%/12

Future Value = PV (PMT, N, I)

Future Value = PV(0, 1,000, 360,0.05/12)

Future Value = $832,258.6354

Future Value = $832,258.64

2. PV = 0

PMT = 1,500

N = 20*12 = 240

I = 5%/12

Future Value = PV (PMT, N, I)

Future Value = PV (0, 1,500,240, 0.05/12]

Future Value = 616,550.5028

Future Value = $616,550.50

3. PV = 0

PMT = 800

N = 25*12 = 300

I = 5%/12

Future Value = PV (PMT, N, I)

Future Value = PV (0, 800, 300, 0.05/12]

Future Value = 475,407.7668

Future Value = $476,407.77

7 0

3 years ago

A 2-year maturity bond with face value of $1,000 makes annual coupon payments of $80 and is selling at face value. What will be

il63 [147K]

Solution:

Annual coupon payment of the bond is $80

At the beginning of the year, remaining maturity period is 2 years.

Price of the bond is equal to face value, i.e. the initial price of the bond is $1000.

New price of the bond = present value of the final coupon payment + present value of the maturity amount.

New price of the bond = $\frac{80}{1+r} +\frac{1000}{1+r}$

where, r is the yield to maturity at the end of the year.

Substitute 0.06 for r in the above equation,

Therefore new price of the bond is = $\frac{80}{1+0.06} +\frac{1000}{1+0.06}$

= $\frac{1080}{1.06}$

= $ 1010.87

Calculating the rate of return of the bond as

$\text{rate of return}=\frac{\text{coupon+new price-old price}}{\text{initial price}}$

$=\frac{80+1018.87-1000}{1000}$

= 0.09887

Therefore, the rate of return on the bond is 9.887%

≈ 10 %

4 0

3 years ago