Answer:
$157 per equivalent unit
Explanation:
Note: <em>The full question is attached as picture below</em>
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Conversion cost per equivalent unit = Conversion costs added during February / Equivalent units of conversion costs
Conversion cost per equivalent unit = $1,100,000 / 7000 units
Conversion cost per equivalent unit = $157.14286
Conversion cost per equivalent unit = $157 per equivalent unit
TRUE. The type of research method used depends on the nature of the study in question.
Answer: Primary activity.
Explanation:
Value chain analysis occurs when an organization carefully analyses their activities to know areas they need to maintain and areas to improve on, to excel above their competitors. When an organization introduces new equipments to help enhance production, they are trying to improve on operations which is a primary activity in value chain analysis.
Answer:
Equilibrium Y = 462.5 , Equilibrium C = 362.5 , Equilibrium S = 100
Explanation:
- At equilibrium : Aggregate Demand = Aggregate Supply
[ AD = C + I ] = [ AS = C + S = Y ]
45 + 0.6Y + 0.05 W + 100 = Y → 45 + 0.6Y + 0.05 (800) + 100 = Y
45 + 40 + 100 + 0.6Y = Y → Y ; 185 + 0.6Y = Y
Y - 0.6Y = 185
0.4Y = 185
Y = 185 / 0.4 = 462.5
- Consumption C = 45 + 0.6Y + 0.05W
Putting Y value : C = 45 + 0.6 (462.5) + 0.05 (800) → C = 45 + 277.5 + 40
C = 362.5
- Income Y is either consumed (C) or saved (S). So, Y = C + S
Hence , S = Y - C → 462.5 - 362.5 = 100
Alternatively : As C + I = C + S
Hence, I = S
Equilibrium Savings = Given Investment = 100
Answer:
$77,200
Explanation:
Conversion cost is calculated as;
= Direct labor cost + Manufacturing overhead.
Given that;
Direct labor cost = $40,500
Manufacturing overhead = $36,700
Conversion cost = $40,500 + $36,700
= $77,200