Answer:
Cost of units completed = $176,528
Workings are attached:
Explanation:
Equivalent unit of production
An equivalent unit of production is an expression of the amount of work done by a manufacturer on units of output that are partially completed at the end of an accounting period. Basically the fully completed units and the partially completed units are expressed in terms of fully completed units.
Equivalent units are used in the production cost reports for the producing departments of manufacturers using a process costing system. Cost accounting textbooks are likely to present the cost calculations per equivalent unit of production under two cost flow assumptions: weighted-average and FIFO.
Conversion costs
Conversion costs is a term used in cost accounting that represents the combination of direct labor costs and manufacturing overhead costs. In other words, conversion costs are a manufacturer's product or production costs other than the cost of a product's direct materials.
Expressed another way, conversion costs are the manufacturing or production costs necessary to convert raw materials into products.
The term conversion costs often appears in the calculation of the <u>cost of an</u> <u>equivalent unit in a process costing system.</u>
For the sake of this question, we will be determining the <u>equivalent units of production:</u>
- Units completed and transferred subject to material and conversion costs
- Units in the closing inventory subject to material and conversion costs
- We will then calculate the cost per units with respect to material and conversion costs for the equivalent units.
- These cost per units will enable us to determine the cost of items completed.
Answer:
An action plan to achieve specific long term goals and objectives. based on the plans formed later resources are allocated. But initially long term goals and objectives are to be framed which is the main objective of strategic planning.
Answer:
Overhead cost allocated to steel bars = $4.6 
6,600 = $30,360
Explanation:
Provided information,
Two products manufactured
Steel Bars and Titanium bars
Number of hours = 1 hour each
Total units produced
Steel = 6,600
Titanium = 3,400
Total hours @ 1 hour for each = 6,600 + 3,400 = 10,000
Total Setup cost = $46,000
Cost per hour based on direct labor hours = $46,000/10,000 = $4.6
Overhead cost allocated to steel bars = $4.6 6,600 = $30,360
Answer:
invoice price (dirty price) = $1,004.13
Explanation:
semi-annual coupon = $1,000 x 7% x 1/2 = $35
clean price = $1,001.25
accrued interest = (Jan. 30 - Jan. 15) x $35 x 1/182 = $2.88
invoice price (dirty price) = clean price + accrued interest = $1,001.25 + $2.88 = $1,004.13
the dirty price or invoice price of a bond includes any accrued interest that the bond may have earned in the period between the last coupon payment and the transaction date.
Answer:
$140,309.20
Explanation:
The computation of the manufacturing overhead is shown below:
Predetermined overhead rate = (Total estimated manufacturing overhead) ÷ (estimated direct labor-hours)
= $302,000 ÷ 5,000 hours
= $60.4
Now we have to find the actual overhead which equals to
= Actual direct labor-hours × predetermined overhead rate
= 2,323 hours × $60.4
= $140,309.20
This is the answer but the same is not provided in the given options
