Answer:
$4,687.50
Explanation:
The computation of the depreciation expense of the second year using the double-declining method is shown below:
First we have to determine the depreciation rate which is given below:
= One ÷ useful life
= 1 ÷ 4
= 12.5%
Now the rate is double So, 25%
In year 1, the original cost is $25,000, so the depreciation is $6,250 after applying the 25% depreciation rate
And, in year 2, the ($25,000 - $6,250) × 25% = $4,687.50
This change is an example of the <u>"Ergonomic"</u> approach to job design.
"Job design" alludes to the way that an arrangement of assignments, or a whole job, is composed. Job design decides:
What tasks are finished.
How the tasks are finished.
What number of tasks are finished.
In what arrange the tasks are finished.
A well designed job will energize an assortment of 'good' body positions, have sensible quality necessities, require a sensible measure of mental movement, and help cultivate sentiments of accomplishment and confidence.
Ergonomics is the art of coordinating the job to the laborer and the item to the client.
The correct answer is B. A debit to common stock distributed.
<em>The entry will be stock dividends debit, paid-in capital which is in excess per common credit stock, stock dividends which are being distributed.</em>
In credit entry it records distribution and declaration of stock dividend which includes the debit to the retained earnings and also a credit to the common stock.
Answer:
The interest rate is 11%
Explanation:
The loan amount = $50000
Interest amount = $5500
Since the annual interest amount and the principal amount is given so we have to find the interest rate by using the given information. Below is the formula to find the interest rate.
Let the interest rate = x
Principal × interest rate = Interest amount
$50000 × r = $5500
r = $5500 / $50000
r = 0.11 or 11%
The interest rate is 11%
Answer:
A: $1,475,000
Explanation:
The computation of the overhead applied is shown below:
But before that first determine the predetermined overhead rate which is
= Estimated annual overhead cost ÷ Estimated machine hours
= $1,500,000 ÷ 300,000
= $5
Now the applied overhead is
= Predetermined overhead rate × Actual machine hours
= $5 × 295,000
= $1,475,000
