Consider the following production function: q= 4L+K. Which term describe this production function's returns to scale? Select one: a. Constant Returns to Scale b. Increasing Returns to Scale c. Decreasing Returns to Scale
Ans) the correct option is a. Constant Returns to Scale
Constant returns to scale occurs when an increase in inputs cause the same proportional increase in output
Consider the following production function: q= 4L+K. Which term describe this production function's returns to scale?...
Determine whether the following production functions exhibit constant, increasing, or decreasing returns to scale. L, K, and H are inputs and Q is the output in each production function. Initially, set each input = 100 and determine the output. Then increase each input by 2% and determine the corresponding output to see if constant, increasing, or decreasing returns to scale occur. (a) Q = 0.5L + 2K + 40H (b) Q = 3L + 10K +...
Q#02 Check whether the following production function exhibits (10 Marks) Constant Returns to Scale Increasing Returns to scale Decreasing Returns to scale . i. Y = Kal1-a ii. Y = (KL-ay iii. Y = KOLB iv. Y = (K 1/4L 1/8), v. Y = KL
For the production function Q = 3L + K, returns to scale: is constant is increasing is decreasing Can be increasing, decreasing, or constant depending on the values of Land K.
Question 6 For the production function Q = 3L2 + K2, returns to scale: Is constant. Is increasing Can be increasing, decreasing, or constant depending on the values of Land K. is decreasing
Returns to scale. A production function has constant returns to scale with respect to inputs with inputs K and L if for any z > 0: F(z · K, z ·L) = zF(K, L), For example, for a production function with constant returns to scale, doubling the amount of each input (i.e., setting z = 2) will lead to a doubling of the output from the production function. A production function has increasing returns to scale if for any z >1: F(z ·...
The following production function F(K,L) = K + (1/3)L exhibits a. increasing returns to scale. b. constant returns to scale c. decreasing returns to scale. d. unstable (undefined) returns to scale.
For the production function Q = 8L2K2, returns to scale: is increasing. is constant. is decreasing. n be increasing, decreasing, or constant depending on the values of L and
The production function q = k0.620.5 exhibits: a. increasing returns to scale and diminishing marginal products for both k and 1. b. increasing returns to scale and diminishing marginal product for 1 only. c. increasing returns to scale but no diminishing marginal productivities. d. decreasing returns to scale.
Question 6 1 pts For the production function Q = 0.2L? returns to scale is: Zero Return to Scale Decreasing Returns to Scale Increasing Returns to Scale Constant Returns to Scale Previous Next >
Consider the production function given by Q = l^α + k^α where α > 0. At what values of α does the production technology exhibit increasing, decreasing, or constant returns to scale? Prove your answer!