When supply goes down, the equilibrium price goes up. This is because if there is a smaller supply the good becomes more valuable to people who want the good.
Answer:
The range of possible transfer is $ 3.25 to $ 3.50
Explanation:
Data provided:
The purchasing cost of the transistor = $ 3.50
The total number of transistors needed = 8,000
The production cost of the transistor = $ 4.00
The included variable cost = $ 3.25
The included fixed cost = $ 0.75
Now,
the fixed cost cannot be altered, thus it will be there
hence,
the variable cost will be the factor that will evaluate the decision i.e $ 3.25
therefore, the <u>range of possible transfer is $ 3.25 to $ 3.50</u>
Answer:
5 years
Explanation:
Initital investment $100,000
Cash inflows 1-5 (20,000*5) ($100,000)
The payback period for this investment project is 5 years.
or
100,000/20,000=5 years
Answer:
False
Explanation:
Contribution margin per unit = Sales - variable cost
Contribution margin per unit (Model A) = $432 - $404
Contribution margin per unit (Model A) = $28 per unit
Contribution margin per unit (Model B) = $410 - $304
Contribution margin per unit (Model B) = $106 per unit
False, Contribution margin per unit (Model B) is higher so, motivated to push sales of Model A will be false.
Break-even in units = Fixed cost / Contribution margin per unit
Break-even in units (Model A) = Fixed cost / $28
Break-even in units (Model B) = Fixed cost / $106
Answer:
$3,500
Explanation:
Placing a stop-loss order at $165 means that the last amount that the stock traded, it had a price of $165 per share.
Based on that, it is evident that each stock has lost $35 when compared to the price at which the stop-loss order was placed and the initial cost per share of $200.
Loss per share=$200-$165=$35
The loss incurred on 100 shares of IBM=loss per share*number of shares owned
The loss incurred on 100 shares of IBM=$35*100
The loss incurred on 100 shares of IBM=$3,500
