Answer:
wool purchased = 140,000 yards
Explanation:
given data
wool in each blanket = five yards
production budget = 30,000 blankets
beginning inventory = 30,000 yards
Ending inventory = 20,000 yards
wool costs = $10
to find out
How many yards of wool should Comfy purchase
solution
we get first production in yards that is
production in yards = 30,000 × 5
production in yards = 150,000
and
wool purchased will be
wool purchased = production - ( beginning inventory - Ending inventory)
wool purchased = 150,000 - ( 30000 - 20000 )
wool purchased = 140,000 yards
Answer:
Oct 1
DR Cash............................................................................$20,000
CR Common Stock.........................................................................$20,000
Oct 2. No entry required
Oct 3
DR Office Furniture .....................................................$2,300
CR Accounts Payable................................................................$2,300
Oct 6
DR Accounts Receivable.............................................$3,600
CR Service Revenue - Realty services...................................$3,600
Oct 27
DR Accounts Payable ..................................................$850
CR Cash .......................................................................................$850
Oct 30
DR Salaries Expense ....................................................$2,500
CR Cash ..........................................................................................$2,500
Answer: equal to; at their minimum.
Explanation: Marginal cost is equal to the average variable cost and the average total cost when they are at their minimum.
Thus, when average total cost is increasing, marginal cost must be above average total cost; and when at its minimum, marginal cost is equal to average total cost. Also, when average variable cost is at its minimum, marginal cost equals average variable cost.
Marginal cost is the increase in the cost that accompanies a unit increase in output; the partial derivative of the cost function with respect to output.
