Answer:
The elasticity of demand for jelly beans is 1.80
Explanation:
The elasticity of demand is the principle of economic which is defined as the measure that extent the consumer response to the changes in the quantity demanded as a consequence of price change and being others factors are equal.
Computing the elasticity of demand for jelly beans as:
Elasticity of demand = Price Change / Quantity Change
where
Price Change is as:
Price = $1.60 + $2.00
= $3.60
Quantity change is as:
Quantity = 120 + 80
= 200
So,
Elasticity of demand = $3.60 / 200 × 100
Elasticity of demand = 1.80
Answer:
The beta of stock T is 1.82
Explanation:
The portfolio beta is made up of the weighted average of the individual stock betas in the portfolio.
The formula for portfolio beta is,
Portfolio beta = wA * beta of A + wB * beta of B + ... + wX * beta of X
The weight of stock T in the portfolio is = 1 - (0.11 + 0.56) = 0.33 or 33%
Let beta of Stock T be x. The beta of Stock T is:
1.47 = 0.11 * 0.84 + 0.56 * 1.39 + 0.33 * x
1.47 = 0.0924 + 0.7784 + 0.33x
1.47 - 0.0924 - 0.7784 = 0.33x
0.5992 / 0.33 = x
x = 1.815 rounded off to 1.82
Dr. Regan was hired to help retain employees by the Siri corporation without losing money and expectations. He was the one who suggested that employees could decorate their work spaces and this would help employees feel more comfortable where they have to work 8 or more hours per day. This then helped the company by people not calling in and less people quit their jobs. Dr. Regan was most likely an industrial and organizational psychologist. Many companies hires these types of psychologists to help their employees with stress at work and to put employees at ease.
Answer:
Total Cost of Job X4A: $
Direct material cost ($9,000 x 500 units) 4,500,000
Direct labour cost (300 hrs x $15 x 500 units ) 2,250,000
Overhead applied (100 hrs x $22.50 x 500 units) 1,125,000
Total cost 7,875,000
Explanation:
The total cost of Job X4A is the aggregate of direct material cost, direct labour cost and overhead applied. Overhead is absorbed on the basis of machine hours. Thus, we will multiply the overhead rate by machine hours and number of units produced.
Answer:
$9 billion
Explanation:
Calculation to determine what The commercial banking system has excess reserves of
Using this formula
Excess Reserve= Net Worth Reserves -Required reserve
Let plug in the formula
Excess Reserve=$51 billion - (.30*$140 billion)
Excess Reserve=$51 billion-$42 billion
Excess Reserve=$9 billion
Therefore The commercial banking system has excess reserves of $9 billion
