Each player owe Brian 92 cents.
4.99+5.99 = 10.98
10.98/12 = .915 or approximately 92 cents
to check : .915 x 11 = 10.065 + .915 (brian's share) = 10.98
Answer:
$9.2
0
Explanation:
The calculation of the Finishing Department is shown below:-
Plant - wide overhead rate = Total overhead ÷ Total machine hour
= ($470,000 + $737,900) ÷ ($470,000 + 133,950)
Plant wide overhead rate = $2 per machine hour
Machine hour for product = 4.2 + 0.4
= $4.6 machine hour
Applied overhead = Machine hour for product × Plant wide overhead rate
= $4.6 × $2
= $9.2
0
Answer: A - nominal wages are slow to adjust to changing economic conditions
Explanation:
In the short run, the costs of many of the factors used in the production process are fixed. For example labours wage is fixed for a number of years because of labour contracts. Also the raw materials used in the production process have long term agreements that fix their prices.
As a result of factors of production been fixed in the short run, when general price level rises and the cost of production remains constant, profit also rises.
Firms take advantage of this rise in price and increase production and the quantity of aggregate supply increases. This is why the short run aggregate supply curve is upward sloping.
Answer: 130 days
Explanation:
The Cash Conversion Cycle is a measure that attempts to show how many days on average it takes a company to convert resources into cash.
It is calculated with the following formula,
= Days of Inventory Outstanding + Days of Sales Outstanding - Days of Payables Outstanding
Where,
Days of Inventory Outstanding is the amount of days it takes to convert inventory to sales
Days of Sales Outstanding is the amount of time it takes debtors to pay the company for goods they bought and,
Days of Payables Outstanding is the time it took the company to pay for the goods it bought
Plugging in the figures we have,
= 100 + 60 - 30
= 130 days
The firm's cash conversion cycle is 130 days.
Answer:
the direct material quantity variance is $5,000 favorable
Explanation:
The computation of the direct material quantity variance is shown below:
Direct material quantity variance is
= (Actual quantity - standard quantity) × standard price
= (9,200 pounds - 5,100 units × 2 pounds) × $5 per pound
= (9,200 pounds - 10,200 pounds) × $5 per pound
= $5,000 favorable
hence, the direct material quantity variance is $5,000 favorable