Answer:
c.$209,160
Explanation:
Given that the cash received from each sale will be collected over 2 months. If 30% of mechanize is to be sold for cash, then 70% will be sold on account. Further more, 80% of the credit/sale on account will be collected in the month of sale and 20% in the following month.
Hence for October, cash collection will include 20% of credit sale from September and 80% of the credit sale in the month.
Given that sales in September is $250,000
Amount expected to sold on account
= $250,000 - (30% × $250,000)
= $175,000
Amount expected to be collected from this sale in October
= 20% × $175,000
= $35,000
Amount of credit sale in October
= $311,000 - (30% × $311,000)
= $217,700
Amount of this credit sale to be collected in October
= 80% × $217,700
= $174,160
Total collected from accounts receivable in October
= $174,160 + $35,000
= $209,160
Answer:
True
Explanation:
<em>Absorption costing is a method of costing where production units and inventories are value at the full cost per unit. Here, fixed overheads are charged to all units produced using an overhead absorption rat</em>
<em>Under the traditional absorption costing system, overhead is assigned to units produced using different bases ranging from labour hours, machine hours, e.t.c</em>
Overhead absorption rate = Estimated overhead/Estimated Activity level
Answer : True
Answer:
a. Date Account Titles and Explanation Debit Credit
Factory labor $90,000
Factory wages payable $76,000
Employer payroll taxes payable $8,000
Employer fringe benefits payable $6,000
b. The entry to assign factory labor to production is the following
Date Account Titles and Explanation Debit Credit
Work in process inventory $76,500
(85% of $90,000)
Manufacturing overhead $13,500
(15% of $90,000)
Factory labor $90,000
Answer:
Price Elasticity of Demand is -4
Explanation:
We can see the graph and easily calculate the Q1 which is 120 units at P1 $140 and Q2 which is 80 units at P2 $160 price.
The starting point formula for calculating price elasticity of demand is given as under:
Price Elasticity of Demand = (ΔQ / Q2) / (ΔP / P2)
Here
ΔQ = Q1 - Q2 = 120 - 80 = 40 units
ΔP = P1 - P2 = 140 - 160 = - $20
By putting value in the above equation, we have:
Price Elasticity of Demand = (40 Units / 80 Units) / (-$20 / $160)
Price Elasticity of Demand = -4
