Answer:
B) Ryan's stock was sold for $9 a share causing him to lose most of his profits.
Explanation:
Stop loss order means the limit the loss to the extent investor has opted. Since Ryan placed a stop loss order at $70, so, when the price of the stock starts at $9, the stock would be sold at $9 because it is the next available price to what he placed a stop loss order.
So, the Answer is Ryan stock is sold for $9 a share causing him to lose most of his profits.
Answer: The relationship between A and B project cannot be determined with the information given.
Explanation: The relationship between PW(A) and PW(B) is the correlation between project A and Project B in a portfolio.
This is not possible to be calculated with the information given.
But an expression of calculating this is;
PW is the present value of A and B projects.
MARR is the minimum acceptable rate of return
The calculate the correlation of the two project, divide MARR by the multiple of the two project.
That is;
Correlation = MARR ÷ [PW(A) × PW(B)]
Therefore;
Correlation = i11% ÷ [PW(A) × PW(B)]
This shows that the relationship cannot be determined with the limited Information supplied.
Answer:
price variance $(22,800.00) UNFAVORABLE
Explanation:
std cost $6.00
actual cost $9.00
quantity 7,600
difference $(3.00)
price variance $(22,800.00)
We calculate the actual cost by dividing total cost by the lbs purchased:
68,400/7,600 = 9
Because the diference is negative, the variance is unfavorable.
Each pound cost more than it was planned.
Answer:
90 suits per week must be produced and sold to achieve the maximum profit of $2,850.
Explanation:
The profit function is given by the revenue function minus the cost function:
The number of suits, x, for which the derivate of the profit funtion is zero, is the production volume that maximizes profit:
The profit generated by producing 90 suits is:
Therefore, 90 suits per week must be produced and sold to achieve the maximum profit of $2,850.
Answer:
Deductible depreciation = $2,660
Explanation:
Given:
Amount of car = $14,000
Personal use = 30%
Business use = 70%
Total depreciation = $3,800
Deductible depreciation = ?
Computation of Deductible depreciation:
Deductible depreciation = Total depreciation × Business use percentage
Deductible depreciation = $3,800 × 70%
Deductible depreciation = $2,660
