All categories

3 years ago

In what career cluster would you find all levels of business jobs, such as an Administrative Assistant?

1 answer:

7 0

In all of these career cluster listed above, you will find all levels of business jobs, such as an Administrative Assistant

For better understanding, let's understand what career clusters means

Career Cluster is simply known to be a wide occupational groupings of specific industry based jobs such as agriculture, law, education, health science etc . The career clusters provide an organizing tool that helps one in creating a career plan.
An administrative assistant helps in the day to day running of an enterprise or firm. All career cluster have different job specifications and so an office or administrative assistant is often needed to answer phone calls, document important work or minutes of meetings, assistant the boss in office duties and other responsibilities. It is commonly found in all the 16 career cluster.

From the above, we can therefore say that the answer In all of these career cluster listed above, you will find all levels of business jobs, such as an Administrative Assistant is correct.

Learn more about career cluster from:

brainly.com/question/2124244

You might be interested in

If a company has a capital structure of $5,000,000 common stock with a cost of 17%, $2,000,000 bonds at 4%, $1,000,000 of short

rjkz [21]

Answer:

Explanation:

Weighted Average Cost of Capital; formula is as follows;

WACC = wE*re + wP*wp + wD*rd(1-tax)

where w= weight of...

r = cost of ...

E= common equity

P = preferred stock

D = Debt

Find the weights of each source of capital;

WACC = (0.50*0.17) +(0.20*0.03) + [0.20*0.04(1-0.40)] +[0.10*0.07(1-0.40)]

WACC = 0.085 +0.006 + 0.0048 + 0.0042

WACC = 0.1 or 10%

3 0

3 years ago

Computech Corporation is expanding rapidly and currently needs to retain all of its earnings; hence, it does not pay dividends.

kifflom [539]

Answer:

P₀ = $12.23

Explanation:

Div₃ = $1.25

Div₄ = $1.65

Div₅ = $2.178

Div₆ = $2.30868

first we must calculate the terminal value using the dividend discount model = $2.30868 / (17% - 6%) = $20.988

now we must discount all the future dividends + terminal value

P₀ = $1.25/1.17³ + $1.65/1.17⁴ + $2.178/1.17⁵ + $20.988/1.17⁵ = $12.23

5 0

3 years ago

Bandar Industries manufactures sporting equipment. One of the company’s products is a football helmet that requires special plas

viktelen [127]

Answer:

1. 21,000 kg of plastic

2. $168,000

3. $3000 Unfavorable

4. Materials Price variance $9000 Favaorable

Materials Quantity variance $12,000 Unvaforable

Explanation:

1. Calculation to determine the standard quantity of kilograms of plastic (SQ) that is allowed to make 35,000 helmets

Using this formula

Standard quantity of kilograms of plastic (SQ) = Standard quantity required per helmet x Total no. of helmets

Let plug in the formula

Standard quantity of kilograms of plastic (SQ) = 0.60 kg x 35,000

Standard quantity of kilograms of plastic (SQ) = 21,000 kg of plastic

Therefore The standard quantity of kilograms of plastic (SQ) that is allowed to make 35,000 helmets is 21,000 kg of plastic

2. Calculation to determine the standard materials cost allowed (SQ X SP) to make 35,000 helmets

Using this formula

Standard materials cost allowed (SQ X SP) = Standard quantity required per helmet x Standard cost per kg x Total no. of helmets

Let plug in the formula

Standard materials cost allowed (SQ X SP)= 0.60 x $8 x 35,000

Standard materials cost allowed (SQ X SP)= $168,000

Therefore The standard materials cost allowed (SQ X SP) to make 35,000 helmets is $168,000

3. Calculation to determine the materials spending variance

First step is to calculate the Materials Price variance

Using this formula

Materials Price variance = (AQ × AP) - (AQ × SP)

Let plug in the

Materials Price variance= $171,000 - (22,500 x $8)

Materials Price variance= $171,000 - 180,000

Materials Price variance= -$9,000

= $9000 Favaorable

Second step is to calculate the Materials Quantity variance using this formula

Materials Quantity variance = (AQ × SP) - (SQxSP)

Let plug in the formula

Materials Quantity variance=

Materials Quantity variance= 180,000 - $168,000

Materials Quantity variance=$12,000

Materials Quantity variance= $12,000 Unvaforable

Now let calculate the Materials spending variance using this formula

Materials spending variance = Price variance + Quantity variance

Let plug in the formula

Materials spending variance= -$9,000+ $12,000 Materials spending variance= $3,000

Materials spending variance= $3000 Unfavorable

Therefore Materials spending variance is $3000 Unfavorable

4. Calculation to determine the materials price variance and the materials quantity variance

Calculation for the Materials Price variance Using this formula

Materials Price variance = (AQ × AP) - (AQ × SP)

Let plug in the formula

Materials Price variance= $171,000 - (22,500 x $8)

Materials Price variance= $171,000 - 180,000

Materials Price variance= -$9,000

Materials Price variance= $9000 Favaorable

Therefore Materials Price variance is $9000 Favaorable

Calculation to determine Materials Quantity variance using this formula

Materials Quantity variance = (AQ × SP) - (SQxSP)

Let plug in the formula

Materials Quantity variance= = 180,000 - $168,000

Materials Quantity variance=$12,000

Materials Quantity variance= $12,000 Unvaforable

Therefore Materials Quantity variance is $12,000 Unvaforable

4 0

3 years ago

A video-recording system was purchased 4 years ago at a cost of $37,000. A 5-year recovery period and DDB (Double Declining Bala

AysviL [449]

Answer:

The trade in value is higher than the book value by $ 205

Explanation:

Computation of Book value

In a double declining balance method of depreciation, the rate of depreciation is double the straight line rate and is depreciated on a declining balance.

Cost of Equipment $ 37,000

Estimated useful life ( Recovery Period) 5 years

Straight Line Depreciation rate 20 %

Double declining Method depreciation rate 40 %

Cost $ 37,000

Depreciation for year 1 at 40 % $(14,800)

Depreciable basis for year 2 $ 22,200

Depreciation for year 2 at40 % $ ( 8,880)

Depreciable basis for year 3 $ 13,320

Depreciation for year 3 at 40 % $ (5,328)

Depreciable basis for year 4 $ 7,992

Depreciation for year 4 at 40 % $ 3,197)

Depreciable basis for year 5 $ 4,795

The depreciable basis for year 5 is the net book value after 4 years

The trade value is $ 5,000

The trade in value is higher by $ 205

8 0

3 years ago

On January 1, 20Y8, Crabb & Co. sold land to ASP, Inc. and accepted a two-year, $500,000 face value note as payment. 6% inte

jeka94

Answer:

1. Discount

2. $449,298.47

3. $369,298.47 gain

4. land reduces by $80,000, investment increases by $449,298.47, reserves increases by $369,298.47

Explanation:

Question 1

Using the formula below

$Price=\frac{I_{1}}{1+r} +\frac{I_{2}+F}{(1+r)^{2}}$

where

I = interest rate, which is 6% of 500,000 = 30,000

F = Face value, 500,000

r = borrowing cost = 12%

Therefore, the price of the note at the time it was used for payment was

$Price=\frac{30,000}{1.12} +\frac{30,000+500,000}{(1.12)^{2}}$

= $449,298.47.

As the price is lower than the face value of the note, the note was issued at a discount.

Question 2

The fair market value of the note is $449,298.47, the compute price in question 1.

Question 3

The gain/loss on the sale of the land

= sale price - purchase price

= $449,298.47 - 80,000

= $369,298.47.

Question 4

The transaction would affect Crabb & Co's balance sheet as follows.

Asset side:

land reduces by $80,000

investment increases by $449,298.47

Equity & liabilities side:

reserves increases by $369,298.47

3 0

3 years ago