Answer:
Part 1. Calculate the total prime cost for last week
Direct materials 28,000
Add Direct labor 28,000
Prime Cost 56,000
Part 2. Calculate the per-unit prime cost
per-unit prime cost=$56,000/5,600
=$10.00
Part 3. Calculate the total conversion cost for last week
Direct labor 28,000
Add Manufacturing Overheads 55,000
Total conversion cost 83,000
Part 4. Calculate the per-unit conversion cost.
per-unit conversion cost=$83,000/5,600
=$14.82
Explanation:
Part 1. Calculate the total prime cost for last week
Prime Cost = Direct Materials + Direct Labor
Part 2. Calculate the per-unit prime cost
Per Unit Prime Cost = total prime cost/number of units manufactured
Part 3. Calculate the total conversion cost for last week
Conversion Cost = Direct Labor + Manufacturing Overheads
Part 4. Calculate the per-unit conversion cost.
Per-unit conversion cost =Total Conversion Cost / number of units manufactured
The total prime cost last week was $56,000, and the per-unit prime cost was $10. The total conversion cost was $83,000, and the per-unit conversion cost was $14.82.
The prime cost is calculated by adding the costs of the direct materials and direct labor. Therefore, the total prime cost for Slapshot Company last week was $28,000 (direct materials) + $28,000 (direct labor) = $56,000.
The per-unit prime cost is calculated by dividing the total prime cost by the number of units produced. Therefore, it is $56,000 ÷ 5,600 hockey sticks = $10 per unit (rounded to the nearest cent).
The conversion cost is calculated by adding the cost of direct labor and manufacturing overhead. Therefore, the total conversion cost last week was $28,000 (direct labor) + $55,000 (overhead) = $83,000.
The per-unit conversion cost is calculated by dividing the total conversion cost by the number of units produced. Therefore, it is $83,000 ÷ 5,600 hockey sticks = <-strong>$14.82 per unit (rounded to the nearest cent).
Answer:
1. Cost of goods manufactured =437,000.00
2. cost per hockey stick= $230
Explanation:
Total product cost: The sum of direct material cost, direct labour cost and overhead.
Direct material cost is the costs of all specific materials required to product a product. For example, cost of the flour, sugar used to produce cakes. Where there exist inventory of materials at the beginning and end of a period, the cost of material used is calculated as follows:
Cost of material used is calculated as = Opening stock + Purchases - closing stock
Direct labour cost : the cost of the man hours used directly for the purpose of production. The cost of hours paid to the tailors for making garments in a clothing factory . It is arrived as the active hours used for production × wage rate per hour.
Overhead : Sum of the indirect costs. These include expenditutures on materials , labour and expenses incurred not specifically for a particular product. Example are cost of toiletries used in a bakery, salaries of the security guard , rent of the bakery, e.t.c.
Opening working in progress represents accumulated production cost incurred on goods for which production commenced in a prior period but was not concluded. These items will need to be continued in the following period, hence further production costs would be incurred.
Closing working in progress this represents the cost production work for which work is yet to be completed as the end of the current period.
Working in Progress is adjusted on the production cost in the current period as follows to determine the production cost of the completed units as thus:
Cost of the goods manufactured =
opening WIP + production cost incurred in the period - closing W.I.P.
So we are not set to apply these explanation
Direct materials (132000+48,000-45,000) 135,000.00
Direct labour 113,000.00
Manufacturing Overhead 187,000.00
Add opening W.I.P 65,000.00
less closing W.I.P (63,000.00)
Cost of goods manufactured 437,000.00
Cost of one hockey stick = cost of good manufactured / Hocky sticks produced
=$ 437,000/1900 sticks
Cost per hockey stick= $230
The cost of goods manufactured for Slapshot Company in June is $429,000. The cost of one hockey stick, given that 1,900 hockey sticks were produced in June, is approximately $225.79.
To determine the cost of goods manufactured, we need to add purchases, direct labor costs, and manufacturing overheads then subtract the change in materials inventory. Here, the purchases are $132,000, direct labor cost of $113,000, and manufacturing overhead is $187,000. The materials inventory decreased by $3,000 ($48,000 - $45,000). So, the total cost of goods manufactured is $429,000 ($132,000+$113,000+$187,000-$3,000).
To find the cost of one hockey stick, we just need to divide the cost of goods manufactured by the number of items produced. Therefore, if 1,900 hockey sticks were completed during June, each hockey stick costs $225.79 ($429,000 / 1,900).
#SPJ6
Answer:
a) rate of return = 0.095 = 9.5%
b) rate of return = 0.147143 = 14.7143%
Explanation:
a) using the constant growth model:
therefore
b) using the working from above, we showed that
given g= 10%, P0=28 and D0=1.2
Answer:
ending WIP physical units: 600
Equivalent units: 495
Explanation:
physical units:
We will add up the beginning units and the transferred-in.
Then we subtract the transefrred-out
beginning 900
received 1,600
total units during the period: 2,500
transferred out: (1,900)
ending: 600
To know the equivalent untis we multiply by their porcentage of completion:
900 x 55% = 495 units
Answer:
18.75%
Explanation:
Data provided in the question:
Total sales = $500,000
Net income = $30,000
Total assets = $250,000
Debt to total assets ratio = 0.36
Thus,
Total debt = 0.36 × $250,000
= $90,000
Shareholders equity = Total assets - Total debt
= $250,000 - $90,000
= $160,000
Now,
Return on equity = Net income ÷ Shareholders Equity
= [ $30,000 ÷ $160,000] × 100%
= 18.75%
Answer:
the average cost for inventory is $11.40
Explanation:
The computation of the average units for cost is shown below:
= Total purchase ÷ total purchase units
= (150 units × $10 + 350 units × $12) ÷ (150 units + 350 units)
= ($1,500 + $4,200) ÷ (500 units)
= ($5,700) ÷ (500 units)
= $11.40
Hence, the average cost for inventory is $11.40
We simply applied the above formula and the same is to be considered
Answer:
Opportunity Cost:
Opportunity cost can be denied as the benefit a person has received but giving up taking another course of action. In other words, it can be defined as the next best alternative.
Given that the Nike women's store earns a profit in excess of $437,000. The owner of the store pays $18,000 per month as rent. A real estate agent approached the owner and informed her that she could add $7,700 per month to her firm's profits by renting out the portion of her store that she uses as a fitness studio.
From the given question the opportunity cost of continuing to operate the fitness studio within the store is $7,700.