Answer:
Direct labor time (efficiency) variance= $2,080 unfavorable
Explanation:
Giving the following information:
Standard= 3 hours of direct labor per unit
The standard labor cost is $13 per hour.
During August, Hassock produced 9,000 units and used 27,160 hours
<u>To calculate the direct labor efficiency variance, we need to use the following formula:</u>
Direct labor time (efficiency) variance= (Standard Quantity - Actual Quantity)*standard rate
Direct labor time (efficiency) variance= (3*9,000 - 27,160)*13
Direct labor time (efficiency) variance= $2,080 unfavorable
Answer:
b. 3.70 percent
Explanation:
Expected rate of return of a stock, given probabilities, is calculated by summing up the product of probability of each state occurring by the expected return of the stock should that happen.
Expected rate of return = SUM (probability *return)
Boom;(probability* return) = (0.15* 0.10) = 0.015 or 1.5%
Normal ;(probability* return) = (0.70* 0.04) = 0.028 or 2.8%
Recession ; (probability* return) = (0.15* -0.04) = -0.006 or -0.6%
Next, sum up the expected return for each state of the economy to find the expected rate of return on this stock;
= 1.5% + 2.8% -0.6%
= 3.7%
Therefore, the correct answer is choice B.
Answer:
The answer is: A) When the marginal cost of producing an additional unit equals the marginal revenue from that unit.
Explanation:
In economics, we assume that a company´s main goal is to maximize its profit. In order for any company do to this, the marginal cost (MC) of producing an extra unit of production must equal the marginal revenue (MR) obtained by selling that extra unit of production.
Theoretically, in perfect market conditions, MR=MC in the equilibrium point between quantity supplied and quantity demanded. But on real world conditions elasticity of both demand and supply alter the curves.