Answer:
$575
Explanation:
The computation of the depreciation expense is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($2,500 - $200) ÷ (4 years)
= ($2,300) ÷ (4 years)
= $575
In this method, the depreciation expense is the same for all the remaining useful life i.e for four years, the $575 should be charged for all four years
Answer:
The direct Labor for planning the budget of May would be closest to = $ 6.4 * 6900 = $ 44160
Explanation:
The direct Labor for planning the budget of May would be closest to = $ 6.4 * 6900 = $ 44160
The direct Labor for planning the budget of 6,900 units would be = $ 6.4 * 6900 = $ 44160
The direct Labor for planning the budget of 6,850 units would be = $ 6.4 * 6850 = $ 43840
So the difference between the budgeted direct labor and actual direct labor would be =$ 43840- $43,370 = $ 470
So the difference between the budgeted direct labor for estimated output and actual direct labor would be = $ 44160- $43,370 = $ 790
Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
A.) - 2.6
B.) 0.4
Explanation:
Ticket price = $3
Winning price = $200
Probability of winning(Pwin) = (1/500)
Probability of not winning (Ploss) = [ 1 - (1/500)] = 499/500
Net income if Raul wins (Nwin) = $200 - $3 = $197(no refund)
Net loss if Raul does not win(Nloss) = - $3
A.) Expected value is calculated by;
(Pwin × Nwin) + (Ploss × Nloss)
((1/500) × 197) + ((499/500) × - 3)
0.394 - 2.994 = - 2.6
B.) Fair Value is calculated by;
Cost of ticket + Expected value
3 - 2.6 = 0.4