The answer is True because it depends on both
Answer:
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Explanation:
Station 4, 2,100/month Problem 11-11 The longest process on this "assembly line" will govern the output.
Therefore, the maximum output from this line will be: Output = available time/cycle time = (40 hours per week)*(60 minutes per hour)/1.5 minutes per
Answer:
Degree of Operating Leverage = 1.34
The Operating cash flow increases by 12%
The new operating cash flow is $290200
Explanation:
% change in Operating Cash Flow = Degree of Operating Leverage * % change in sales
There is need to calculate Degree of operating leverage first. Degree of operating leverage = Contribution / EBIT
Where Contribution = OCF + Fixed costs / OCF
Fixed costs= Total costs - variable costs = 300000 - 215000
Fixed Cost= 85000
Degree of operating leverage = (250000 + 85000) / 250000
DOL= 1.34
% change in OCF = DOL * % change in sales
% change in sales = (56000 - 50000) / 50000 = 12%
% change in OCF = 1.34 * 12% = 16.08%
New OCF = 250000 * (1+16.08%)
=$250000 * (1 + 0.1608)
=$250000(1.1608)
= $290200
Answer:
Allocated costs= $116.7
Explanation:
Giving the following formula:
The activity rates associated with each activity pool are $8.70 per guest check-in, $18.00 per room cleaning, and $3.00 per served meal (not including food).
Julie Campbell visited the hotel for a 5-night stay. Julie had 6 meals in the hotel during the visit.
<u>To allocated costs, we need to use the following formula:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated costs= 8.7 + 18*5 + 3*6
Allocated costs= $116.7
Answer:
Allocated administrative cost for mixing is $81000
And allocated administrative cost for for bottling is $81000
Explanation:
We have given total number of employs for mixing = 350
And total number of employs for bottling = 350
Administrative cost = $162000
So total number of employs = 350+350 = 700
So allocation base for mixing 
So allocated amount for mixing = 0.5×$162000 = $81000
Allocation base for bottling = 
So allocated amount for bottling = 0.5×$162000 = $81000