A production function , . With per-capita output and capital-output ratio , and denoting , the per-capita output growth rate is
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A production function , . With per-capita output and capital-output ratio , and denoting , the per-capita output growth rate is
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A production function Yₜ=AₜKₜ^αLₜ^(1-α), α∈(0,1). With per-capita output y=Y/L and capital-output ratio k=K/Y, and ẋ denoting dx/dt, the per-capita output growth rate is (A) ẏ/y=1/(1-α)Ȧ/A+α/(1-α)k̇/k (B) ẏ/y=α/(1-α)Ȧ/A+1/(1-α)k̇/k (C) ẏ/y=(1-α)Ȧ/A+αk̇/k (D) ẏ/y=αȦ/A+(1-α)k̇/k
Also written as: A production function Y_t=A_tK_t^(alpha)L_t^(1-alpha), alpha in (0,1). With per-capita output y=Y/L and capital-output ratio k=K/Y, and x_dot denoting dx/dt, the per-capita output growth rate is
Endogenous growth and technical progress has come up 25 times in 6 exams since 2016.
This question is on Technical progress and growth accounting, part of Endogenous growth and technical progress in Economics of Growth and Development.
Splitting growth into inputs and technology, and the types of technical change.
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Question from the IIT JAM 2023 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.