Answer:
The unit costs for materials is $1.62 per unit
The unit costs of conversion costs is $2.13 per unit
Explanation:
In determining the the unit production costs for materials and conversion costs, it is very important to calculate equivalent number of units applicable to materials as well as the one applicable to conversion costs
Equivalent units for materials
Completed units 40000 @100% complete 40000
Ending inventory [email protected] 100% complete <u>20000</u>
<u>60000</u>
Equivalent units for conversion costs
Completed units [email protected]% 40000
Ending inventory 20000 @ 30% complete <u>6000</u>
<u>46000</u>
unit production costs of materials=$96960/60000=$1.62 per unit
unit production costs of conversion costs=$97860/46000=$2.13 per unit
Examples of some of the most prominent hard currencies are listed below: The U.S. dollar (USD) The euro (EUR) ... The Australian dollar (AUD)
Answer:
$530,000
Explanation:
Given that
Fixed manufacturing cost = 50000
Variable manufacturing cost = 12 per ton steel
Total number of steal produced = 40000
Recall that
Total manufacturing cost = Total fixed manufacturing cost + total variable manufacturing cost
Total variable manufacturing cost = variable cost per ton × output
= 40000 × 12
= 480,000
Therefore,
Total manufacturing cost = 50000 + 480000
= $ 530,000
Total manufacturing cost = $530,000
Answer:
The answer is: C) There is a valid contract
Explanation:
According to Appellate Court ruling in Steinberg v. Chicago Medical School;
The two parties (Joe and Sate University) entered a valid contract agreement upon receiving the $100 dollar application fee from Joe. State University´s catalog is considered to be the Offer part of this contract and the $100 application fee is considered the Consideration part of the contract.
Answer:
The correct answer is A.
Explanation:
Giving the following information:
On October 1, 2014, Mann Company places a new asset into service. The cost of the asset is $80,000 with an estimated 5-year life and $20,000 salvage value at the end of its useful life.
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= 60,000/5=12,000
3 months depreciation= 12,000/12*3= 3,000
