If Jennifer has 400 dollar more than Brian has, if she gives Brian 20 % of her money she will have to giver Brian 80 dollars which comprises 20% of 400 dollars.
That is a simple calculation: 20/100 x 400 = 80
Question solved.
Answer:
d. percentage change in the quantity demanded of one good divided by the percentage change in the price of another good.
Explanation:
Price-demand elasticity measures the demand sensitivity of a good when a change in the price of another good occurs. For example, what happens to the demand for bread when the price of butter varies? This depends on the cross elasticity of demand since these goods tend to be complementary.
The price elasticity of cross demand between two goods is easily calculated by a formula where the numerator is the change in the quantity of a good and the denominator is the percentage change in the price of the complementary good.
If the calculation of elasticity is greater than 1, it means that the amount demanded for bread is sensitive (elastic) to the price of butter and tends to vary sharply. If the result is between 0 and 1, the demand is inelastic, that is, the amount of bread demanded will not change considerably when the price of butter varies. If the calculation is equal to 1, then the demand for bread varies perfectly with the price of butter.
Answer:
C) $300 U
Explanation:
Gipple Corporation
Material Quantity Variance = (Actual Quantity Used * Standard Unit Cost )-
( Standard Quantity Used * Standard Unit Cost )
Material Quantity Variance =(AQ* SP) -(SQ*SP)
Material Quantity Variance = (24,870* 6)- ( 7.3* 3400 *6)
Material Quantity Variance = (24,870* 6)- (24,820* 6)
Material Quantity Variance = 149220 - 148920
Material Quantity Variance = $300 Unfavorable
As actual quantity is greater than standard quantity it is unfavorable.
Answer:
Option D is the correct option
Explanation:
To find the optimal fund to combine with risk free rate of return, we will use Coefficient of variation,
Coefficient of variation(CoV) = Standard Deviation/Expected Return
CoV of Buckeye = 14%/20% = 0.7
CoV of Wolverine = 11%/12% = 0.9167
So, higher the CoV higher the risk, we will take Buckeye to combine with Risk Free Return.
Hence, Option A
- Required target return of portfolio = 22%
Risk Free return = 8%
Buckeye Return = 20%
Let the weight of Buckeye be X ,& weight of risk free be (1-X)
Required return = (WRF)*(RRF) + (WB)*(RB)
22 = (1-X)(8) + (X)(20)
22 = 8-8X + 20X
14 = 12X
X = 1.17
SO, weight of Buckeye is 1.17 or 117%
while weight of Risk free is -0.17 (1-1.17) or -17%
Hence, ans is OPTION D
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