Answer:
I think it's a store manager who is paid an hourly rate
Explanation:
Answer:
Cost of goods manufactured = Total manufacturing costs + Beginning work in process inventory – Ending work in process inventory
Explanation:
Cost of goods sold is the total direct costs of producing the goods sold by a company.
Cost of goods sold = cost of direct materials + cost of direct labour + Manufacturing Overhead + Beginning work in process inventory – Ending work in process inventory
Answer:
C.$16 of overhead cost should be assigned to each wooden gazebo and
$40 of overhead cost should be assigned to each metal gazebo
Explanation:
2,000 wooden x 4 hours = 8,000 labor hours
500 metal x 10 = 5,000 labor hours
total hours 13,000
single manufacturing overhead: 52,000 / 13,000 = $4 per labor hours
wooden gazebos: 4hours x $4 = $ 16
metal gazebos: 10 hours x $4 = $40
Answer:
Explanation:
Productivity per unput dollar=Fees charged from clients/total cost to firm
There are 3 options:
1. Using current software:
Av time=40 min
Researcher's cost=$2 a min
Total cost=40*2=80
Productivity per dollar input=Fees charged from clients/total cost to firm= 400/80=$5
2.
Using company A's software
Av time=30min
Cost of reducing av time=$3.5
Researcher's cost=$2
Total =30*2+3.5=63.50
Productivity per dollar input=400/63.5=6.3
3.
Using company B's software
Av time = 28 min
Cost of reducing av time=$3.6
Researcher's cost=$2
Total cost=28*2+3.6=59.6
Productivity per dollar input=400/59.6=$6.71
Answer - Using company B's software
Answer:
80,640 wafers
Explanation:
Calculation to determine How many wafers does the cooling tube hold on average when in production
Using this formula
I = R x T
Where,
R = 112 wafers per second x 60
R = 6720 wafers per minute
T = 12 minutes
Let compute for I using the formula aboi
I = 6720 x 12
I = 80,640 wafers
Therefore How many wafers does the cooling tube hold on average when in production are 80,640 wafers
