You own a sandwich shop in a neighborhood that has many other competing sandwich shops. This means your demand is probably <span>Inelastic
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Answer:
Acitivy B should be crashed first by 2 days and Activity B has a crash cost per days of $25, it will be crashed for a total of $50.
Explanation:
activity A =
normal time (NT) = 5 days
Normal cost (NC) = $0
crash time (CT) = 3 days
Crash cost (CC) = $500
crash cost per day = [CC - NC]/[CT - NT] = $250/day
activity B:
normal time (NT) = 6 days
Normal cost (NC) = $0
crash time (CT) = 4 days
Crash cost (CC) = $50
crash cost per day = [CC - NC]/[CT - NT] = $25/day
activity C:
normal time (NT) = 8 days
Normal cost (NC) = $0
crash time (CT) = 3 days
Crash cost (CC) = $1000
crash cost per day = [CC - NC]/[ CT- NT] = $200/day
The activity that takes the least cost to speed up is the first one to be crashed. from the computations, activity B takes the least cost to speed up, so the project manager should crash activity B first by 2 days.
Therefore, Acitivy B should be crashed first by 2 days and Activity B has a crash cost per days of $25, it will be crashed for a total of $50.
C. increase in the interest rate
Answer:
The correct answer is C.
Explanation:
Giving the following information:
Barrington Bears has developed the following sales forecasts for January 500 units.
BB has 80 bears on hand on Dec. 31. The normal ending inventory policy is to hold 20% of next month’s sales.
Direct labor is paid $18 per hour. Each bear takes 40 minutes to hand-finish. Variable overheads total $21 per direct labor hour. Fixed overheads amount to $25,000 per month.
First, we need to calculate the production for January.
Sales= 500 units
Ending inventory= (600*0.2)= 120 units
Beginning inventory= 80 (-)
Total= 540 units
Conversion costs= direct labor + manufacturing overhead
Direct labor= [(40/60)*540]*$18= $6,480
Variable overhead= 21*360 hours= $7,560
Fixed overhead= $25,000
Total conversion costs= $39,040
B. thats the answer i got
