You run a factory that uses pottery wheels to make pots. You can hire anywhere between 1 and 3 skilled artisans (workers), and you can rent 1 or 2 pottery wheels (machines). Pots sell for $125 each. The total product of your factory is shown in the following table. Number of Machines (Capital, K) 1 2 1 10 Number of Workers (Labor, L) 2 11 14 3 13 17 Suppose you rent one machine and hire one worker. You would be willing to pay $ to hire a 2nd worker. (Consider the value of the marginal product of labor.) Suppose you rent one machine and hire one worker. You would be willing to pay a rental rate of up to $ to acquire a 2nd machine. (Consider the value of the marginal product of capital.) Suppose the wage is $350. If you have one pottery wheel, the number of workers you would want to hire is Pottery wheels are

You run a factory that uses pottery wheels to make pots. You can hire anywhere between 1 and 3 skilled artisans (workers), and you can rent 1 or 2 pottery wheels (machines). Pots sell for $125 each. The total product of your factory is shown in the following table. Number of Machines (Capital, K) 1 2 1 10 Number of Workers (Labor, L) 2 11 14 3 13 17 Suppose you rent one machine and hire one worker. You would be willing to pay $ to hire a 2nd worker. (Consider the value of the marginal product of labor.) Suppose you rent one machine and hire one worker. You would be willing to pay a rental rate of up to $ to acquire a 2nd machine. (Consider the value of the marginal product of capital.) Suppose the wage is $350. If you have one pottery wheel, the number of workers you would want to hire is Pottery wheels are

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Q9 please help fast! All info is there Suppose that the firm has production function F(L,M) = 4L1/2M1/2 (where L is the number of workers and M is that of machines) and currently uses 16 machines. To produce 32 units of output, how many workers does the firm need to hire?
Production Total Product Total Fixed Cost Total variable cost Total Cost Average fixed cost Average variable cost Average Total Cost Marginal Cost 0 0 1 25 2 45 3 60 4 70 5 85 6 105 7 135 8 180 9 240 10 315 Assume that fixed costs are $50, labor is the only variable input and its costs are reflected completely in the costs above. Complete the table Graph AFC, AVC, ATC, and MC Explain how increasing returns and decreasing returns are depicted in your graph If the labor input increased by $10 at every unit of production, what would be the effect on your graphs?
please help me solve this question step by step. Thank you
!
Consider the production function of the firm below. Which of the following is NOT true? The marginal product of labor at B is 70 units. The total product is increasing as inputs to production increase. The marginal product of capital at point D is 50. The marginal products of both labor and capital are always increasing.
Typed plz Asap......
The following table depicts the number of grapes that can be picked in an hour with varying amounts of labor: Number of pickers (per hour) 1 2 3 4 5 6 7 8Output of grapes (in flats) 10 28 43 54 61 64 65 61Calculate marginal physical product (MPP) and then graph the total product (output) and MPP curves.
6
Suppose the representative firm of the economy has a production function of the form F(K, N) = AKO.5N 0.5 The marginal product of labor is then given by MP N = 0.5AK0.5N –0.5 . The current capital 3. stock is K = 40. (a) Holding fixed capital at 40, draw a graph of output as a function of labor. What are some important features of this graph? (b) If A = 4 what is the Labor Demand Curve, ND(w), as a function of the real wage w? (c) Suppose labor is supplied inelastically with NS(w)= 10. What is the equilibrium wage w, employment level N, and full employment output Y ? (d) Suppose that productivity unexpectedly increases to A = 6. What is the new equilibrium wage w, employment level N, and full employment output Y ? (e) Depict this change graphically. Denote the original labor supply and demand curves by NS and ND respectively. Denote the new labor demand curve after the productivity shock by ND' . (Does not need to be to scale).
!
b. The Yorkshire Cricket Company makes cricket bats out of lumber supplied to it by Acme Sporting Goods, which pays Yorkshire £10 for each finished bat. Yorkshire's only factors of production are lathe operators and a small building with a lathe. The number of bats per day it produces depends on the number of employee-hours per day, as shown in the table below. Number of bats per day 0 5 10 15 20 25 30 35 Number of employee-hours per day 0 1 2 4 7 11 16 22 (i) If the wage is £15 per hour and Yorkshire's daily fixed cost for the lathe and building is £60, what is the profit-maximising quantity of bats? (ii) What would be the profit-maximising number of bats if the firm's fixed cost were not £60 per day but only £30? (iii) How would Yorkshire's profit-maximising level of output be affected if the government imposed a tax of £10 per day on the company? (Hint: This tax independent from the production level.) (iv) What would Yorkshire's profit-maximising level of output be if the government…
The Production Function for Wilson Company Economists at the Wilson Company are interested in developing a production function for fertilizer plants. They collected data on 15 different plants that produce fertilizer PLANT OUTPUT (TONS) CAPITAL ($) LABOUR (HOURS) 1 605.3 18,891 700.2 2 566.1 19,201 651.8 3 647.1 20,655 822.9 4 523.7 15,082 650.3 5 712.3 20,300 859.0 6 487.5 16,079 613.0 7…