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3 years ago

There are normally eight steps in the troop-leading process. what is step eight?

1 answer:

7 0

The eighth step in the troop-leading process is supervision.

After finishing the plan and issuing the complete one, you should follow this by supervision in order to make sure that everything is moving and working according to the submitted plan.

The eight steps are as follows:
- Receiving the requirments
- issuing the warning order
- making a tentative plan
- starting the required movement
- <span>reconnoiter
- completing and finalizing the plan
- issuing the finalized plan
- supervision</span>

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The vice president for BakerStone comes to you for help with sharing and supporting the new changes. Explain how she can use con

anygoal [31]

The use of continuous communication, can promote the BakerStone mission statement because one can Communicate vital information to keep stakeholders always aware of BakerStone policies as well as actions.

<h3>How can the use of modeling promote the BakerStone mission statement?</h3>

The use of modeling can promote the BakerStone mission statement as all their effort as well as input will be channeled towards achieving their mission statement.

Hence, The use of continuous communication, can promote the BakerStone mission statement because one can Communicate vital information to keep stakeholders always aware of BakerStone policies as well as actions.

Learn more about communication from

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6 0

2 years ago

If you bought a new truck for $40,000 for your auto parts delivery service, and you estimated that the truck would last you 200,

krok68 [10]

Answer:

First year depreciation expense is $2,250

Explanation:

Total depreciation expense is given by:

Price - Salvage Value = 40,000 - 4,000 = 36,000

That $36,000 depreciation expense would be spread out for 200,000 miles.

So for the first year in which the truck is used 12,500 miles, the depreciation expense will be

$\frac{36,000}{200,000}\times{12,500}{=2,250}$

Question answered.

Note:

$\frac{Depreciable \,Cost}{Units \,in \,Useful \,Life}{=Per-Unit\,Depreciation}$

${Per-Unit\,Depreciation \times \,Units \,During \,Year = Annual \,Depreciation \,Expense$

5 0

3 years ago

Duck Company produces a product which sells for $40. Variable manufacturing costs are $18 per unit. Fixed manufacturing costs ar

andrey2020 [161]

Answer:

Contribution margin = $16

Explanation:

Contribution is the difference between the selling price and the variable cost.

Contribution margin = (Sales - variable cost )

Variable cost = Variable manufacturing + Variable selling cost

Variable cost = 18 + (15%× 40) = 24

Contribution margin = 40 - 24 = $16

Contribution margin = $16

3 0

3 years ago

R.S. Green has 250,000 shares of common stock outstanding at a market price of $28 a share. Next year’s annual dividend is expec

zhannawk [14.2K]

Answer:

WACC 6.18%

Explanation:

to get the cost of capital we solve using the gordon model:

$\frac{divends}{return-growth} = Intrinsic \: Value$

$\frac{divends}{Price} = return-growth$

$\frac{divends}{Price} + growth = return$

$$Cost of Equity =\frac{D_1}{P)} +g$

D1 1.55

P 28

f 0.00

g 0.02

$$Cost of Equity =\frac{1.55}{28} +0.02$

Ke 0.075357143

Then for the cost of debt, we need to calculate the YTM of the bonds:

which is the rate at which the present value of the coupon payment and maturity equals the market price:

For the complexity this is done with excel or a financial calculator there is also an approximation formula

YTM with excel: 0.073516565

now that we good this we need to determinate the weigth of equity and debt:

250,00 shares x 28 dollars each = 7,000,000

1,500 bonds of $1,000 each at 98% = 7,350,000

value of the company: 7,000,000 + 7,350,000 = 14,350,000

Ew: 7,000,000 / 14,350,000 = 0.487804878

Dw: 7,350,000 / 14,350,000 =0.512195122

Now we got all values and we can determinate the WACC:

$WACC = K_e(\frac{E}{E+D}) + K_d(1-t)(\frac{D}{E+D})$

Ke 0.075357143

Equity weight 0.487804878

Kd 0.074

Debt Weight 0.512195122

t 0.34

$WACC = 0.075357143(0.48780487804878) + 0.074(1-0.34)(0.51219512195122)$

WACC 0.0617752 = 6.18%

7 0

3 years ago

Suppose that the quantity of DVD players sold increased from 200 to 400 when the price fell from $225 to $175. Over this price r

Nataly_w [17]

Answer:

Option D.

Explanation:

Given information:

$Q_1=200, Q_2=400$

$P_1=225, P_2=175$

Formula for price elasticity of demand is

$E_d=\frac{Q_2-Q_1}{P_2-P_1}\times \frac{P_1+P_2}{Q_1+Q_2}$

Substitute the given values in the above formula.

$E_d=\frac{400-200}{175-225}\times \frac{225+175}{200+400}$

$E_d=\frac{200}{-50}\times \frac{400}{600}$

$E_d=-\frac{8}{3}$

$E_d\approx -2.67$

Absolute value is

$|E_d|= |-2.67|=2.67$

The absolute value of the price elasticity of demand for DVD players is 2.67.

Therefore, the correct option is D.

6 0

3 years ago