Answer and Explanation:
The computation is shown below:
The revenue earned by team for each game is
= $10 + 50% of $8
= $10 + 4
= $14
Now the revenue for each session is
= $14 × 30 PEOPLE × 6 games
= $2,520
The total cost would be
= $100 × 3 + $1,000 × 3
= $300 + $3,000
= $3,300
And, the team would finished the season for profit of
= Revenue - cost
= $2,520 - $3,300
= $780 loss
Answer:
To invest all profits back into the business
Answer:Stay focused on topic and make sure your contributions are relevant
Explanation: trust me
Answer:
Largest possible total contribution margin = $127,800
Explanation:
<em>Whenever a company is faced with a limiting factor i.e a resource in short supply, the company should allocate the resource to the product with he highest contribution per unit of the scare resource</em>
The highest contribution from the 4,200 machine hours could be determined as follows:
Step 1 : Contribution per hour
Contribution per machine hour = contribution per unit/ machine hour
Product L Product C
$ $
Contribution 24 18
Machine hour 3 2
Contribution per hour 8/ hr 9/hr
Ranking 2nd 1st
Product C would be produced using the entire machine hours. Doing so would generate the highest contribution possible.
Contribution = contribution per hour × machine hours
= 9 × 14,200 = $127,800
Largest possible total contribution margin = $127,800
Answer:
b $746,000
Explanation:
the amount purchased in year = cost of good sold + Inventory at beginning - Inventory at end = $738,000 + $218,000 - $204,200 = $751,800
The cash payments for merchandise during the year = Account Payable (AP) at beginning - AP at end + Amount purchased in year = $96,200 - $102,000 + $751,800 = $746,000