For Accounting, I need help knowing how to journalize the following transaction:

For a 13-person team, how many extra workers should be hired to meet the labor hours needed without overtime

Paha777 [63]

For a 13-person team, The number of extra workers that should be hired to meet the labor hours needed without overtime is 7.

<h3>What is Labor hours?</h3>

This is a term that connote the total hours of workers that are said to be having or getting an hourly wage and they are the ones who are said to be directly employed on the site of a building, public works project, etc.

Note that "Labor hours" is one that entails hours of work that has been carried out by workers who have been employed by the general contractor or the subcontractors that are found to be working on the project.

Learn more about labor hours from

brainly.com/question/24868261

8 0

2 years ago

Had the government taken over the assets of Global Trading without compensation, and not taken over the assets of any other comp

AlladinOne [14]

Answer: Expropriation

Explanation:

Expropriation means to take possession of a private property for public use.

Expropriation can be defined as the process by which government takes over private owned properties against the wishes of the owners.

Government takes over those properties with the aim of using them to benefit the public. The property owners might be compensated.

The government expropriate private properties sometimes, for infrastructural purpose such as airport, highway and railway.

Expropriated properties are usually taken against the wish of the private owners.

3 0

3 years ago

What is a major plan that organizes several other plans?

Eva8 [605]

I think it’s D I’m not sure

5 0

2 years ago

he St. Augustine Corporation originally budgeted for $360,000 of fixed overhead at 100% normal production capacity. Production w

OLga [1]

Answer:

$9000 (unfavorable).

Explanation:

Given: Budgeted fixed overhead= $360000.

Actual fixed overhead=$ 360000.

Actual production= 11,700 units.

The variable overhead rate was $3 per hour.

The standard hours for production were 5 hours per unit.

The fixed factory overhead volume variance is difference between actual production volume and budgeted production. It help in measuring the effecient use of fixed resources. It is termed as favourable if actual fixed overhead exceed the budgeted amount, however, it is unfavorable if the actual fixed overhead is less than budgeted amount.

Now, lets calculate the Actual fixed overhead cost.

Actual fixed overhead cost= $\textrm{actual fixed overhead}\times \frac{Actual\ production}{Budgeted\ production}$

∴ Actual fixed overhead cost= $\$ 360000\times \frac{11700}{12000} = \$ 351000.$

Actual fixed overhead cost= $351000.

Next calculating the fixed factory overhead volume variance.

The fixed factory overhead volume variance= $\textrm{Actual fixed overhead cost}-\textrm{budgeted fixed overhead}$

We know, Budgeted fixed overhead= $360000 and Actual fixed overhead cost= $351000

∴ The fixed factory overhead volume variance= $\$351000-\$360000= \$ 9000 (unfavorable)$

The fixed factory overhead volume variance= $9000 (unfavorable)

6 0

3 years ago

Let’s see how fees can hurt your investment strategy. Let’s assume that your mutual fund grows at an average rate of 5% per year

elena-14-01-66 [18.8K]

Answer:

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases. For example;

a). 15.6 years

b). 20 years

c). 28 years

Explanation:

The rule of 70 is a formula that can be used to estimate the number of years it will take an investment to double up.The formula is expressed as;

Number of years to double=70/Annual rate of return

a). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=0.5%

Net rate of return=Annual rate of return-Annual fees=(5%-0.5%)=4.5%

Replacing;

Number of years to double=70/Net rate of return

=70/4.5=15.555 to nearest tenth=15.6 years

b). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=1.5%

Net rate of return=Annual rate of return-Annual fees=(5%-1.5%)=3.5%

Replacing;

Number of years to double=70/Net rate of return

=70/3.5=20.0 to nearest tenth=20 years

c). Given

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=2.5%

Net rate of return=Annual rate of return-Annual fees=(5%-2.5%)=2.5%

Replacing;

Number of years to double=70/Net rate of return

=70/2.5=28.0 to nearest tenth=28 years

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases

6 0

3 years ago