Answer:
Option $6,000
Explanation:
Data provided in the question:
Cost of the machine acquired = $30,000
Classified useful life = 5 years property
Now,
The MARCS rate for 5 years property, the depreciation rate is 20%
Therefore,
The depreciation for the year 2019 will be
= 20% of the Cost of the machine acquired
= 0.20 × $30,000
= $6,000
Hence,
Option $6,000
Answer:
Instructions are below.
Explanation:
<u>We were provided with the activity rates. To calculate the total cost, first, we need to allocate overhead to both product lines:</u>
<u></u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Product K425:
Allocated MOH= (6*80) + (4*100) + (50*1) + (90*1) + (14*1) + (9*80)
Allocated MOH= $1,754
Product M67:
Allocated MOH= (6*500) + (4*1,500) + (50*4) + (90*4) + (14*10) + (9*500)
Allocated MOH= $14,200
<u>Now, we can calculate the unitary cost:</u>
Product K425:
Unitary cost= 13 + 5.6 + (1,754/200)
Unitary cost= $27.37
Product M67:
Unitary cost= 56 + 3.5 + (14,200/2,000)
Unitary cost= $66.6
Answer:
Law 2
Explanation:
In probability. As bigger the group we are trying to predict , the higher probability to be more accurate
Answer:
$18,000 F
Explanation:
Actual overhead– Overhead Budgeted=
Overhead Controllable Variance
Actual overhead=$194,000
Overhead Budgeted=$212,000
$194,000–$212,000
=$18,000 F
(40,000 ×$3.80) + $60,000
=$152,000+$60,000
= $212,000
Therefore the manufacturing overhead controllable variance is $18,000 F
