Respuesta :
Answer:
b. $303,000
Explanation:
The activity rate
1. Machining = [tex]$\frac{\text{total cost}}{\text{total activity}}$[/tex]
[tex]$=\frac{180000}{9000}$[/tex]
= $ 20 per machine hour
2. Machine set up = [tex]$\frac{\text{total cost}}{\text{total activity}}$[/tex]
[tex]$=\frac{125000}{250}$[/tex]
= $ 500 per set up
3. Product design = [tex]$\frac{\text{total cost}}{\text{total activity}}$[/tex]
[tex]$=\frac{44000}{2}$[/tex]
= $ 22000 per product
4. Order size = [tex]$\frac{\text{total cost}}{\text{total activity}}$[/tex]
[tex]$=\frac{260000}{10000}$[/tex]
= $ 26 per direct labor hour
Now the ABC cost (Product T05P)
1. Machining = [tex]$\text{machine hours} \times \text{activity rate}$[/tex]
= 4000 x 20
= $ 80,000
2. Machine set ups = [tex]$\text{no. of set ups} \times \text{activity rate}$[/tex]
= 90 x 500
= $ 45,000
3. Product design = [tex]$\text{no. of products} \times \text{activity rate}$[/tex]
= 1 x 22000
= $ 22,000
4. Order size = [tex]$\text{direct labor hours} \times \text{activity rate}$[/tex]
= 6000 x 26
= $ 156,000
Therefore, the total manufacturing overhead cost assigned to product T05P = 80000 + 45000 + 22000 + 156000
= $ 303,000