Answer:
The question is not quiet clear? Would you explain a bit more please?
Answer:
Variable cost = $340,200
Fixed cost = $220,000
Explanation:
Given that,
At Predicted production = 24,200 units,
Fixed costs = $220,000
Variable costs = $435,600
Per unit variable cost:
= Variable costs ÷ No. of units produced
= $435,600 ÷ 24,200
= $18 per unit
Total cost at 24,200 units,
= Variable costs + Fixed cost
= $435,600 + $220,000
= $655,600
Total cost at 18,900 units,
= Variable costs + Fixed cost
= ($18 × 18,900) + $220,000
= $340,200 + $220,000
= $560,200
Note: Fixed cost does not changes with the change in the output level.
Answer:
The correct answer would be option C, $435
Explanation:
In real financial banking transactions, Debits are basically the withdrawals and credits are deposits.
Because the problem states that there was an over withdrawal on Thursday but not on Saturday, this means that the ending balance on Thursday was a negative balance. On Saturday, the remaining balance was a positive balance. 500 and 480 as a beginning balance doesn't give a negative balance on Thursday. 400 as a beginning balance gives a negative balance on Thursday as well as Saturday.
Debit Credit Balance
Sunday 435
Monday 158 277
Tuesday 69 44 252
Wednesday 175 77
Thursday 131 38 -16
25 -41 Overdraft fee
Friday 53 12
Saturday 22 14 4
So the correct answer is option C, $435
A. Platinum
Hope this helps.
Answer:
$0.1436
Explanation:
Given that,
$3,711 for 1,250 cases bottled
$3,790 for 1,800 cases bottled
Factory utility cost is a mixed cost containing both fixed and variable components.
Variable cost per unit:
= Difference in costs ÷ Difference in units
= ($3,790 - $3,711) ÷ (1,800 - 1,250)
= $79 ÷ 550
= $0.1436
Therefore, the variable factory utility cost per case bottled is closest to $0.1436.
