Answer:
Total cost assigned to Job XY5:
Direct material cost 4,000
Direct labour cost (50 hrs x $15 x 50 units) 37,500
Overhead applied (50 hrs x $4 x 50 units) 10,000
Total cost of the job 51,500
Overhead absorption rate
= <u>Budgeted overhead</u>
Budgeted direct labour hours
=<u> $80,000</u>
20,000 hrs
= $4 per direct labour hour
Explanation:
The total cost of the job is the aggregate of direct material cost, direct labour cost and overhead. Overhead is absorbed based on direct labour hours. We need to calculate overhead absorption rate by dividing the budgeted overhead by budgeted direct labour hours. The overhead absorption rate is used to multiply the direct labour hours of the job in order to obtain the overhead applied to the job.
Answer:
$92.000
Explanation:
<h2>1. The first step is to calculte the operating profits for the year 2020, following the next formula </h2>
(Revenues - costs) = Operating Profits.
<h3>YEAR 2020 </h3>
Revenues 2.650.000
Costs 2.150.000
--------
Operating profits 500.000
<h2>
2. Same indications for the next year.</h2>
<h3>YEAR 2021</h3>
Revenues 2.915.000
Costs 2.323.000
--------
Operating profits 592.000
<h2>
3. Calculate the diference between 2021 and 2020. </h2>
<em>592.000 - 500.000 = 92.000</em>
Answer:
a. Some candidates may have little or no social media presence.
d. Social media profiles may not paint a complete picture of people.
e. Social media profiles cannot accurately predict future job performance.
Explanation:
i just got it right :)
Answer:
C. 534 units
Explanation:
The formula to compute the break-even point is shown below:
= (Fixed cost) ÷ (Contribution margin per unit)
where,
Contribution margin per unit = Selling price per unit - Variable expense per unit
= $3 - $0.75
= $2.25
So, the break-even point would be
= $1,201 ÷ $2.25 per unit
= 534 units
Simply we divide the fixed cost by the contribution margin per unit so that the accurate units can come.
Ehhhgh Money I believe m8 could be wrong
