Measurement of labor productivity and its effect on the U.S. standard of living.
Explanation of Solution
Labor productivity can be measured as a ratio of the total output to the number of man-hours to produce the output. Labor is the most commonly used resource to measure productivity. Labor productivity is calculated as the total output divided by the hours of labor employed to produce the output. Labor accounts for approximately 70% of total production costs. When an economy builds more capital per worker, labor productivity increases. This causes the standard of living to increase. Along with labor productivity, technology too has an effect on U.S. standard of living. As jobs become more advanced technologically, the ability to achieve results become quicker which leads to increased production of goods and services, thereby resulting in an increase in productivity. The per-worker production function shows the relationship between the amount of capital per worker in the economy and the output per worker. As capital per worker increases, the output per worker also increases but at a decreasing rate. If the population is continuously increasing, there is a requirement for the economy to produce more goods and services simply to maintain its standard of living. If output grows faster than the population, the standard of living increases.
Introduction:
Labor productivity measures the hourly output of a country’s economy. Labor productivity is the rate of output per worker per unit of time. Productivity helps us understand how much each worker produces per hour compared to what each worker is earning to perform the job.
Want to see more full solutions like this?
Chapter 8 Solutions
ECON MACRO
- An actuary analyzes a company’s annual personal auto claims, M and annual commercialauto claims, N . The analysis reveals that V ar(M ) = 1600, V ar(N ) = 900, and thecorrelation between M and N is ρ = 0.64. Compute V ar(M + N ).arrow_forwardDon't used hand raitingarrow_forwardAnswer in step by step with explanation. Don't use Ai.arrow_forward
- Use the figure below to answer the following question. Let I represent Income when healthy, let I represent income when ill. Let E [I] represent expected income for a given probability (p) of falling ill. Utility у в ULI income Is есте IM The actuarially fair & partial contract is represented by Point X × OB A Yarrow_forwardSuppose that there is a 25% chance Riju is injured and earns $180,000, and a 75% chance she stays healthy and will earn $900,000. Suppose further that her utility function is the following: U = (Income) ³. Riju's utility if she earns $180,000 is _ and her utility if she earns $900,000 is. X 56.46; 169.38 56.46; 96.55 96.55; 56.46 40.00; 200.00 169.38; 56.46arrow_forwardUse the figure below to answer the following question. Let là represent Income when healthy, let Is represent income when ill. Let E[I], represent expected income for a given probability (p) of falling ill. Utility & B естве IH S Point D represents ☑ actuarially fair & full contract actuarially fair & partial contract O actuarially unfair & full contract uninsurance incomearrow_forward
- Suppose that there is a 25% chance Riju is injured and earns $180,000, and a 75% chance she stays healthy and will earn $900,000. Suppose further that her utility function is the following: U = (Income). Riju is risk. She will prefer (given the same expected income). averse; no insurance to actuarially fair and full insurance lover; actuarially fair and full insurance to no insurance averse; actuarially fair and full insurance to no insurance neutral; he will be indifferent between actuarially fair and full insurance to no insurance lover; no insurance to actuarially fair and full insurancearrow_forward19. (20 points in total) Suppose that the market demand curve is p = 80 - 8Qd, where p is the price per unit and Qd is the number of units demanded per week, and the market supply curve is p = 5+7Qs, where Q5 is the quantity supplied per week. a. b. C. d. e. Calculate the equilibrium price and quantity for a competitive market in which there is no market failure. Draw a diagram that includes the demand and supply curves, the values of the vertical- axis intercepts, and the competitive equilibrium quantity and price. Label the curves, axes and areas. Calculate both the marginal willingness to pay and the total willingness to pay for the equilibrium quantity. Calculate both the marginal cost of the equilibrium quantity and variable cost of producing the equilibrium quantity. Calculate the total surplus. How is the value of total surplus related to your calculations in parts c and d?arrow_forwardPlease answer all parts of the questionarrow_forward
- Don't use ai to answer I will report you answerarrow_forwardWhat is a multi domain strategy in SEO? How does it work?arrow_forwardSam's profit is maximized when he produces shirts. When he does this, the marginal cost of the last shirt he produces is , which is than the price Sam receives for each shirt he sells. The marginal cost of producing an additional shirt (that is, one more shirt than would maximize his profit) is , which is than the price Sam receives for each shirt he sells. Therefore, Sam's profit-maximizing quantity corresponds to the intersection of the curves. Because Sam is a price taker, this last condition can also be written as .arrow_forward
- Economics (MindTap Course List)EconomicsISBN:9781337617383Author:Roger A. ArnoldPublisher:Cengage Learning
- Exploring EconomicsEconomicsISBN:9781544336329Author:Robert L. SextonPublisher:SAGE Publications, IncPrinciples of Economics 2eEconomicsISBN:9781947172364Author:Steven A. Greenlaw; David ShapiroPublisher:OpenStax