If the government agreed to purchase the surplus output and introduced a guaranteed price floor of $40, then most likely the government <span>'s total support payments to producers would be $4000 per week. We have a 180 quantity demanded and we have 280 quantity supplied, we will get the surplus by subtracting the supply by demand. So, 280 - 180 = 100 x price of 40 = 4000.</span>
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Answer:
The cash disbursements for selling and administrative expenses on the March selling and administrative expense budget should be $44850.
Explanation:
For computing the cash disbursement the following equation is to be used which is shown below:
= Sales units × variable selling and administrative expense per unit + Fixed selling and administrative expense - Depreciation
= 3,500 × $4 + $35,850 - $5,000
= $14,000 + $35,850 - $5,000
= $44,850
Since all information is given on month basis, so we don't need to change in year basis as we have to calculate for march monthly only.
Hence, all things is to be considered for computing cash disbursement for march month.
Thus, The cash disbursements for selling and administrative expenses on the March selling and administrative expense budget should be $44850.
Answer:
$12
Explanation:
Calculation to determine the lowest acceptable transfer price from the perspective of selling division
Using this formula
Lowest Transfer Price = Variable Costs per unit - Internal Savings + Opportunity Cost
Where,
Variable Costs per unit = $12
Internal Savings = $0
Opportunity Cost = $0
Let plug in the formula
Lowest Transfer Price = $12-$0+$0
Lowest Transfer Price = $12
Therefore the lowest acceptable transfer price from the perspective of selling division is $12
The vehicle operating cost in the planning budget for December would be closest to $8698
<u>Explanation:</u>
The budgeted vehicle operating costs would be calculated with the help of following formula:
the vehicle operating vost will be added to snow-day that would be ultiplied with the number of planned snow days.
Given data: vehicle operating cost = $2170, snow day cost = $408, number of planned snow days = 16 snow-days.
now, putting the figures in the formula:
$ 2,170 plus $ 408 per day multiply with 16 snow days
after solving we get,
$ 2,170 plus $ 6,528 = $ 8,698.
