Answer: 26.5% increase
Explanation:
Current profit = Sales - Variable costs - fixed costs
= ((32.50 - 16.50) * 360 bears) - 1,420
= $4,340
Sales increase by 20% = 360 * ( 1 + 20%) = 432 bears
New profit;
= ((32.50 - 16.50) * 432 bears) - 1,420
= $5,492
Effect of sales increase = ( 5,492 - 4,340) / 4,340
= 26.5% increase
Explanation:
The consumer won't want to buy cassettes because most music players are cd players if not even that. Plastic, time, money, and labor would be wasted.
The projects that bricks construction can do are :
- Lack of housing >> They can provide more houses that available for their workers
- Unemployment >> They could teach some finance/entrepreneurial skills to the individuals nearby
- Poor Education and training >> They could build some sort of education center for specific job
Answer:
Inventory $200,000
Cash $50,000
Notes payable $150,000
Explanation:
Data provided in the question:
Cost of the inventory purchased = $200,000
Amount paid in cash = one-fourth
= one-fourth of $200,000
= $50,000
For the remaining balance signed a note i.e = $200,000 - $50,000
= $150,000
Now,
This transaction will be recorded as:
Inventory $200,000
Cash $50,000
Notes payable $150,000
Answer:
If effective, such a price floor would be <u>above</u> the market price and would lead to a <u>excess supply</u>.
Explanation:
A price floor can be described as a price control in which the minimum price to be charged for goods and services is imposed by a government or a group.
For a price floor to be effective and binding, it has to be set above the market or equilibrium price. This is because a price floor will neither be effective nor nonbinding when it set below the equilibrium price.
Any price above the equilibrium or market price creates or leads to excess supply. Excess supply is a situation whereby quantiy of commodity supplied is more than the quantity demanded of the commodity.
Based on the above explanation, if effective, such a price floor would be <u>above</u> the market price and would lead to a <u>excess supply</u>.