Consider a Robinson Crusoe's economy, where he has 10 hours to spend on gathering coconuts (L), or a leisure (R). That is, L + R = 10. He can produce coconuts based on the production. function given by C = 4√L, where C is the number of coconuts. He does not enjoy gathering coconuts, but does enjoy hist leisure time and eating coconuts. His utility function is given by u(C, R) = CR.
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please answer part c,d,e here please
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- Please don't copy ans Economics You are the owner of a motorbike company that currently has two different factories, an old one and a new one. The old factory uses an old technology that requires large amounts of labor to produce motorbikes. The production technology for the old firm is given by Fo(L) = m*L^1/2 . The new factory uses a much more modern production technology given by Fn(L) = n*L^1/2 . a. What are costs as a function of output for each individual factory? b. Suppose that you want to produce 1000 motorbikes. How many motorbikes will you produce at the old factory and how many will you produce at the new factory? c. Derive an expression for the total cost of producing y motorbikes (assuming that you always divide production between the factories in the optimal way). How does this cost function compare to the individual factory cost functions? d. It turns out that you can upgrade your old factory to make it just as efficient as the new factory. To pay…A T-shirt screener can screen t-shirts (q) in two different ways. He can either use a fast screening machine (F) or a slow screening machine (S). Screen use is defined in terms of ”hours” running. His production function is f(F, S) = 10F + 6S. (a) The screener wants to be able to produce 120 shirts. List three feasible and efficient production plans (combinations of inputs) for doing this. (b) Graph the screener’s isoquant curve for q = 120. (c) The hourly cost of using the fast machine is $800 and the hourly cost of the slow machine is $200. What is the cost minimizing (optimal) combination of inputs for producing 120 shirts? (d) Suppose the screener must now produce 400 shirts. What is the cost minimizing combination of inputs?For the annual school bazaar, Emmy can produce and sell either origami frogs (F) or birds (B). For his origami he needs to work with sheets of paper, glue, and paper clips. Below table shows how many units of each input factor is needed to produce one origami. It also shows the total amount of input units available. Emmy’s profits per origami bird and frog are =1 and =2, respectively. 1:Which formula describes the sheets of paper constraint? a F <= 5 b F <= 6-2/3B c B <= 5 d F <=7-1B 2: Which formula describes the glue constraint? a F <=7-1B b F <= 5 c B <= 5 d F <= 6-2/3B 3: Which formula describes the paper clips constraint? a B <= 5 b F <=7-1B c F <= 6-2/3B d F <= 5 4: The iso-profit line has a slope of negative a…
- John is trying to decide how to divide his time between his job as a stocker in the local grocery store, which pays $7/hr for as many hours as he chooses to work, and cleaning windows for the businesses in downtown. He makes $2 for every window he cleans. John is indifferent between the two tasks, and the number of windows he can clean depends on how many hours he cleans a day, as shown in the table below: Cleaning time (hr/day) Total numbers of windows cleaned 0 0 1 7 2345 11 14 16 17 What is John's per-window reservation price to justify the 4th and 5th hours of cleaning windows? A. $7 and $7.5 respectively B. $2 and $3.5 respectively C. $3.5 and $7 respectively D. $11 and $14 respectivelyAssume an economy producing only two goods (shoes and computers) with a fixed amount of productive resources and technology and employing all its productive resources to the maximum.Production in this economy is subjected to the law of diminishing marginal returns and resourcesare assumed to be fully optimized. In addition, the cost of sacrificing shoes for computers andvice versa is 1. On the basis of the foregoing assumptions, answer the following questions: i. Draw the economy’s production possibility frontier on hindsight of the relevantassumption.could you write the solution with pen and paper please?
- Let S represent the amount of steel produced (in tons). Steel production is related to the amount of labor used () and the amount of capital used () by the following function: S- 20 L0 C0.7 In this formula L represents the units of labor input and Cthe units of capital input. Each unit of labor costs $50, and each unit of capital costs $100. (a) Formulate an optimization problem that will determine how much labor and capital are needed in order to produce 50,000 tons of steel at minimum cost. If your answer is zere, enter "p" Min 40 120 s.t. 20 S0000 (b) Solve the optimization problem you formulated in part a. Hint: When using Excel Solver, start with an initial >oand C0 Do not round intermediate calculations. Round your answers to the nearest whole number 2991 2318 Cost S 397448 ide FeedbackPlease show all work3. Let Robinson Crusoe's Production Possibility curve be given by the equation: ƒ²/2 + g = 150 where f is the amount of fish and g is the amount of grain he can obtain. (think of g as plotted on the vertical axis and f as plotted on the horizontal axis). Robinson's marginal rate of substitution in consumption is MRSc = 9/f. (a) Find Robinson's production-consumption optimum R*. (b) If Robinson is discovered by a world market in which Pf = 5, and Pg = 1, determine his productive optimum Q* and consumption optimum C. (Graph the results).
- How do I graph this? My equilibrium I'm getting P=14 but when I plug that into the equations I'm getting Qs= 21 and Qd= 7.a) What are the determinants of production? Explain.b) Suppose that an economy’s production function is in the Cobb–Douglas form with parameter α = 0.3. What is the production function equation? What does each component stand for?Let S represent the amount of steel produced (in tons). Steel production is related to the amount of labor used (L) and the amount of capital used (C) by the following function. S = 20L0.30c0.70 In this formula L represents the units of labor input and C the units of capital input. Each unit of labor costs $50, and each unit of capital costs $100. (a) Formulate an optimization problem that will determine how much labor and capital are needed in order to produce 60,000 tons of steel at minimum cost. Min s.t. = 60,000 L, C 20 (b) Solve the optimization problem you formulated in part (a). (Hint: When using Excel Solver, start with an initial L> 0 and C > 0. Round your answers to the nearest integer.) $ at (L, C) =