Answer:
a. Traditional Income Statement
Sales ($125 x 140) $17,500
Cost of Sales ($60 x 140) <u>($8,400)</u>
Gross Profit $9,100
Salaries ($1,300)
Rent ($1,000)
Sales Commission ($17,500 x 5%) <u>($875) </u>
Net income <u>$5,925</u>
b. Contribution Margin Income Statement
Sales ($125 x 140) $17,500
Less: variable Costs
Cost of Sales ($60 x 140) ($8,400)
Sales Commission ($17,500 x 5%) <u>($875) </u>
Contribution Margin $8,225
Less: Fixed Costs
Salaries ($1,300)
Rent <u>($1,000)</u>
Net income <u>$5,925</u>
Explanation:
a.
Traditional Income statement calculates the gross profit after deducting the cost of goods sold from the revenue. After that it deduct all the operating expenses to calculate the Net Income.
b.
Contribution margin income statement consider all the variable expenses as cost of product cost and calculates the contribution margin, after that the fixed costs are deducted calculate the net income.
Answer: B) Keep bidding until all other bidders quit, regardless of your reservation price.
Explanation: Familiar to English auctions, the bidders are aware of the prices of items on sale and the numbers of other bidders. This price is known as the reserve or reservation price which is the limit on the price of the item on sale set by the seller (that is the lowest price the seller is willing to sell the item). The bids start at a low price and keeps coming in until there are no more bids irregardless of the reservation price set. It probably depends on how much you value the item on sale and are willing to pay for it. Not necessarily on the reservation price.
Answer:
The Actuarially Fair Premium that Tom have to pay for hid Health Insurance is $4,160
Explanation:
To compute the amount that Tom have to pay for Health Insurance is;
Actuarially Fair Premium = (Probability of actuality ill × Payments incurred) + (Probability of not actuality ill × Payments incurred)
Actuarially Fair Premium = (20% x $20,000) + (80% x $200)
Actuarially Fair Premium = $4,000 + $160
Actuarially Fair Premium = $4,160
The design is shown in the attached picture. An equilateral triangle has sides that have equal measurements. On the other hand, a vertex is the terminal point of at least two line segments. Therefore, when you join three equilateral triangles sharing a common vertex, that simply means that they have a common point.
