Answer:
The greater labor's share of production costs, the <u>higher</u> elasticity of demand for labor.
When labor costs are a high share of total production costs, the elasticity of labor demand is higher. For example, customer service jobs like fast foods, or gas pumping, have high labor costs as a percentage of total production costs, and these sectors have a very elastic labor demand.
you would expect the demand for human ski instructors to be less elastic the demand for human factory workers.
In the year 2035, with robots having replaced most humans in factory jobs, occupations such as ski instructor, or dance instructor, or musician, would have a low labor demand elasticity because these skills are not easily learned, or easily replicated by a robot, meaning that the humans specialized in those jobs will be more demanded, and the demand for their labor will be more stable.
B. the subsidized federal loan
Answer:
The tax on Kaitlyn's capital gain was $100
Explanation:
In order to calculate the tax on Kaitlyn's capital gain we would have to calculate first the Nominal capital gain as follows:
nominal capital gain=$400 - $200
nominal capital gain= $200
Therefore, tax on Kaitlyn's capital gain= tax percentage×nominal capital gain
=50%×$200
=$100
The tax on Kaitlyn's capital gain was $100
Answer:
(a) The effective annual interest rate for a 3-month T-bill selling at $97,270 with par value $100,000 is 11.71%
(b) The effective annual interest rate for a 13% coupon bond selling at par and paying coupons semiannually is 13.42%
Explanation:
(a) A 3-month T-bill selling at $97,270 with par value $100,000
EAR =![[par value /price]^n-1}](https://tex.z-dn.net/?f=%5Bpar%20value%20%2Fprice%5D%5En-1%7D)
n = 3 months or 12/3 = 4 times in a year
= ![[100,000/97,270]^4 - 1](https://tex.z-dn.net/?f=%5B100%2C000%2F97%2C270%5D%5E4%20-%201)
=![[1.028066]^4 -1](https://tex.z-dn.net/?f=%5B1.028066%5D%5E4%20-1)
= 1.1171 - 1
= .1171 or 11.71%
b) EAR(coupon bond) = ![[1+.13/2]^2 -1](https://tex.z-dn.net/?f=%5B1%2B.13%2F2%5D%5E2%20%20-1)
=![[1+.065]^2 -1](https://tex.z-dn.net/?f=%5B1%2B.065%5D%5E2%20-1)
= ![[1.065]^2 -1](https://tex.z-dn.net/?f=%5B1.065%5D%5E2%20-1)
= 1.1342 - 1
= .1342 or 13.42%
Question Completion with Options:
a. Susan cannot deduct the $80,000 loss from the restaurant because she is not a material participant.
b. Susan can offset the $80,000 loss against the $150,000 of income from the retail store.
c. Susan will not be able to deduct any losses from the restaurant until she has been retired for at least three years.
d. Assuming Susan continues to hold the interest in the restaurant, she will always treat the losses as active.
Answer:
Susan
b. Susan can offset the $80,000 loss against the $150,000 of income from the retail store.
Explanation:
Susan can offset the $80,000 loss from the restaurant business against the income from the retail store because she has been an active and material participant in both businesses. For the past 20 years, she had participated materially in the restaurant, only just retiring this year. At least, she has passed the material participant test, number 5.