Answer:
$840
Explanation:
the question misses an important detail, number of motors.
I used 10 as the total number of cars. from the solution i believe you would be able to solve any other problem of this sort yourself.
n = 10
p = 1-probability of any 1 motor being defective
= 1-0.08
= 0.92
going further in solving this problem, i will use the binomial distribution
we have expected value as;
Σxp(x)
= $100 x p(of 100) - $100 x p(of losing 100)
= 100(0.92) - 100(0.08)
= 92 - 8
= $84
from here we multiply 84$ by n
remember n = total number of cars = 10
10 x $84
= <u>$840</u>
Answer:
3.60
Explanation:
Given that,
Sales units = 1,000
Sales price per unit = $60
Variable expenses = 40% of the selling price
Total Fixed cost = $26,000
Contribution margin per unit:
= Selling price - Variable cost
= $60 - ($60 × 40%)
= $60 - $24
= $36
Total contribution:
= Contribution margin per unit × Sales units
= $36 × 1,000
= $36,000
Profit = Total contribution - Fixed cost
= $36,000 - $26,000
= $10,000
Degree of operating leverage:
= (Sales - Variable costs) ÷ (Sales - Variable costs - Fixed Expenses)
= (60,000 - 24,000) ÷ (60,000 - 24,000 - 26,000)
= 36,000 ÷ 10,000
= 3.60
Answer:
d. positively to the nominal gross domestic product
Explanation:
The quantity theory of money :
M = (P x Y ) / V
Where m = quantity of money
P × Y = nominal GDP
V = velocity
Velocity is assumed to be constant in the short run. It is also believed that Y is constant in the short run. Therefore, movement in price level is determined by the quantity of money.
I hope my answer helps you.
Medicare and Medicaid under the Social Security program
i'm taking the quiz right now, hope i helped ^__^
In the aggregate expenditures model of the economy, a downward shift in aggregate expenditures can be caused by a decrease in <span>government spending or an increase in taxes.</span>
