Answer:
Explanation:
Direct material per unit produced = 2.50
Direct labor per unit produced = 1.50
Factory overhead:
Factory overhead - $120,000
80,000 units were produced
Fixed factory overhead = 120,000/80,000=1.5
Also, Factory variable overhead per unit produced = 1
Total factory overhead = (120000/80000+1) = 2.50
Standard cost of manufacturing a unit of product = 2.50+1.50+2.50 = 6.50
Answer:
cost to run the LED bulb for one year if it runs for 3 hours a day is $3.50
Explanation:
given data
power = 16 W
cost of electricity = $0.20 per kilowatt-hour
time = 3 hours a day.
solution
we get here energy consumption is express as
E = Power × time
E = (16) × (365 × 3)
E = 17520 Wh
E = 17.52 kWh
and
cost of operation = E × cost of electricity .........1
cost of operation = 17.52 × $0.20
cost of operation = $3.50
so cost to run the LED bulb for one year if it runs for 3 hours a day is $3.50
Answer:
0.08
Explanation:
"p" bar is the fraction defective.
"sp" is the standard deviation.
"n" is the sample size.
"z" is the number of standard deviations for a specific confidence.
And z = 3 (99.7 percent confidence) or
z = 2.58 (99 percent confidence) is used.
In this problem, p bar is 0.05 and sp= 0.01
thus, 0.05 + (3 x 0.01) = 0.08
The resulting UCL value for the line is 0.08.
I believe the answer is- marginal benefit!
