Calculation of amount of direct materials charged to job no. 173:
It is given that the work in process inventory on December 31 consisted of job no. 173 with a balance of $66,200.
Job no. 173 has been charged with manufacturing overhead costs of $20,000. Denver allocates manufacturing overhead costs at a rate of 50% of direct labor cost. It means the direct labor cost would be 20,000/50% = $40,000
Now we can calculate the amount of direct materials charged to job no. 173 as follows:
Direct material Cost = Total Cost allocated to Job – Direct Labor Cost – Manufacturing Overhead Cost
= 66200-40000-20000
= 6200
Hence, the amount of direct materials charged to job no. 173 is $6,200
The Denver company's job costing system showed that job no. 173 in the work in process inventory had a balance of $66,200. Direct labor was calculated by dividing manufacturing overhead of $20,000 by 50% to arrive at $40,000. The direct materials cost, which is obtained by subtracting direct labor and manufacturing overhead from the total job cost, amounted to $6,200.
The Denver company's problem involves understanding their job costing system, particularly regarding job no. 173. They have a working process inventory at a balance of $66,200. The manufacturing overhead costs, which are 50% of the direct labor costs, have been charged at $20,000 for this job. To find the direct materials costs, we first need to calculate direct labor cost. Given that manufacturing overhead is 50% of direct labor, it means that direct labor costs would be $20,000 divided by 50% or $40,000. The total job cost is composed of direct labor, direct materials, and manufacturing overhead. So, to determine the direct materials charged to this job, we subtract the known costs (direct labor and manufacturing overhead) from the total job cost; $66,200 (total cost) - $40,000 (direct labor) - $20,000 (manufacturing overhead) equals $6,200. Therefore, the amount of direct materials charged to job no. 173 is $6,200.
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Answer:
The January cash disbursements for manufacturing overhead on the manufacturing overhead budget should be $102480
Explanation:
For computing the cash disbursements for manufacturing overhead, the calculation is shown below:
= Direct labor cost + Fixed manufacturing overhead
where,
direct labor cost = Direct labor hours × per labor rate
= 6,100 × $3.00
= $18,300
And, in budgeted fixed manufacturing overhead, the depreciation should be deducted as it is a non cash expense.
So,
= Budgeted fixed manufacturing overhead - depreciation
= $103,090 - $18,910
= $84,180
Now apply the above values to the formula.
So, cash disbursements is = $18,300 + $84,180 = $102480
Hence, The January cash disbursements for manufacturing overhead on the manufacturing overhead budget should be $102480
The January cash disbursements for manufacturing overhead in Morrish Inc.'s budget are calculated by adding the total variable costs ($18,300) to the fixed costs excluding depreciation ($84,180), amounting to $102,480.
To calculate the January cash disbursements for manufacturing overhead on the Morrish Inc.'s manufacturing overhead budget, we need to separate the overall costs into its components, namely fixed and variable costs.
In this case, the variable overhead rate is $3.00 per direct labor-hour, and the company expects to require 6,100 direct labor-hours in January. This gives a total variable cost of 6100 * $3 = $18,300.
The fixed manufacturing overhead is stated as $103,090, however, this includes a depreciation cost of $18,910. As depreciation is a non-cash expenditure, it should be excluded from the cash disbursements calculation. Therefore, the fixed costs for this calculation will be $103,090 - $18,910 = $84,180.
Add together the variable and fixed costs to get the total January cash disbursements for manufacturing overhead: $18,300 (variable) + $84,180 (fixed) = $102,480.
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Answer:
Calculation of Gain or Loss:
Book Value of Truck = 25,200 - 22,680
= $2,520
Gain on Exchange = 4,158 - 2,520 - 630
= $1,008
Therefore, the journal entry is as follows:
Accumulated Depreciation A/c Dr. $22,680
computer A/c Dr. $3,150
To Truck $25,200
To Cash $630
(To record the Truck)
interest interest balance balance
1/1/2021 $207,020
6/30/2021 $7,000 $6,211 $789 206,230
12/31/2021 7,000 6,187 813 205,417
6/30/2022 7,000 6,163 837 204,580
12/31/2022 7,000 6,137 863 203,717
6/30/2023 7,000 6,112 888 202,829
12/31/2023 7,000 6,085 915 201,913
6/30/2024 7,000 6,057 943 200,971
12/31/2024 7,000 6,029 971 200,000
What is the annual stated interest rate on the bonds?
a. 3.5%
b. 6%
c. 7%
d. none of the above
Answer:
c. 7%
Explanation:
According to the given scenario, the computation of the annual stated interest rate on the bonds is shown below:-
Sated interest Rate = Cash interest ÷ Face Value of the bond × 2
= $7,000÷ $200,000 × 2
= 7%
Therefore for computing the annual stated interest rate on the bonds we simply applied the above formula. hence the correct option is c
Hey There!:
Sample Mean = 4.4823
SD = 0.1859
Sample Size (n) = 7
Standard Error (SE) = SD/root(n) = 0.0703
alpha (a) = 1-0.99 = 0.01
t(a/2, n-1 ) = 3.7074
Margin of Error (ME) = t(a/2,n-1)x SE = 0.2606
99% confidence interval is given by:
Sample Mean +/- (Margin of Error)
4.4823 +/- 0.2606 = (4.222 , 4.743)
Hope this helps!
Answer:
Convergence
Explanation:
Convergence meaning that the two different entities are coming together. It is also defined as the tendency of the group members to become more alike. It is also known as the company culture, in the sense, that the people who work there, tend to have the similar characteristics.
Therefore, the convergence is the phenomenon which states the shifting of the styles of the individual management in order to become more similar to one another.
Answer:
straight line depreciation:
depreciation expense per year, the same for every year = ($60,000 - $12,000) / 14 = $3,428.57
book value end of year 1 = $56,571.43
book value end of year 2 = $53,142.86
book value end of year 3 = $49,714.29
book value end of year 4 = $46,285.72
book value end of year 5 = $42,857.15
double declining balance:
deprecation expense year 1 = 2 x 1/14 x $60,000 = $8,571.43
book value end of year 1 = $51,428.57
deprecation expense year 2 = 2 x 1/14 x $51,428.57 = $7,346.94
book value end of year 2 = $44,081.63
deprecation expense year 3 = 2 x 1/14 x $44,081.63 = $6,297.38
book value end of year 3 = $37,784.25
deprecation expense year 4 = 2 x 1/14 x $37,784.25 = $5,397.75
book value end of year 4 = $32,386.50
deprecation expense year 5 = 2 x 1/14 x $32,386.50 = $4,626.64
book value end of year 5 = $27,759.86
sum of digits:
depreciable value = $60,000 - $12,000 = $48,000
total sum of digits = 120 years
deprecation expense year 1 = $48,000 x 15/120 = $6,000
book value end of year 1 = $54,000
deprecation expense year 2 = $48,000 x 14/120 = $5,600
book value end of year 2 = $48,400
deprecation expense year 3 = $48,000 x 13/120 = $5,200
book value end of year 3 = $43,200
deprecation expense year 4 = $48,000 x 12/120 = $4,800
book value end of year 4 = $38,400
deprecation expense year 5 = $48,000 x 11/120 = $4,400
book value end of year 5 = $34,000