Answer:
$366,287.15
Explanation:
Annual salary = $32000
No. of years (n) = 30 years
Increment in salary = $600
Deposit rate = 10%
Interest rate (r) = 7% or 0.07
Growth rate (g) = Increment in salary \div annual salary
Growth rate = $600 \ $32000
Growth rate = 0.01875
First deposit = $32000 x 10% = $3200
Future worth = [First deposit \ (r - g)] x [(1 + r)n - (1 + g)n]
Future worth = [$3200 \ (0.07 - 0.01875)] x [(1 + 0.07)30 - (1 + 0.01875)30]
Future worth = [$3200 \ 0.05125] x [(1.07)30 - (1.01875)30]
Future worth = $62439.0243902 x [7.6122550423 - 1.7459373366]
Future worth = $62439.0243902 x 5.8663177057
Future worth = $366287.15
Hence, the future worth at retirement is $366,287.15
It is true that capital gains refer to profits from the sale of investments.
Answer:
Material EUP = 5000
Conversion Costs EUP = 51,200
Explanation:
Under weighted average method
Beginning Work in Process Inventory 10,000
Units Started <u> = 40,000</u>
Units to account for <u>50,000</u>
<em><u>In the Work In Process for Conversion Costs</u></em>
Beginning Work In Process (10,000*20 %) = 2000 were complete
Work done on beginning inventory = 10,000- 2,000= 8,000
Units Started = 40,000
Add Ending Inventory (8000*40%) <u> 3200</u>
Units to account for = <u>51,200</u>
Answer:
Unitary prime cost= $170.24
Explanation:
Giving the following information:
Last month, direct materials (electronic components, etc.) costing $550,000 were put into production.
Direct labor= $880,000.
Manufacturing overhead equaled $495,000
The company manufactured 8,400 television sets during the month.
Unitary prime cost= (direct material + direct labor)/number of units
Unitary prime cost= (550000 + 880000)/8400= $170.24
