3. Assume that production fun ction takes the form Y = (Ko.5) + L'as)e, Show if %3D this production function obeys neoclassical assumptions. 4. Lets assume that the time derivative of a continuous...


3. Assume that production fun ction takes the form Y = (Ko.5) + L'as)e, Show if<br>%3D<br>this production function obeys neoclassical assumptions.<br>4. Lets assume that the time derivative of a continuous variable Xa is defined as<br>X = M+ N<br>where, M. and N are also contimuous variables defined by follow ing fun ctions:<br>N = ek+ & M, = et and k is a constant Find the grow th rate of X, at the steadystate<br>in terms of k.<br>

Extracted text: 3. Assume that production fun ction takes the form Y = (Ko.5) + L'as)e, Show if %3D this production function obeys neoclassical assumptions. 4. Lets assume that the time derivative of a continuous variable Xa is defined as X = M+ N where, M. and N are also contimuous variables defined by follow ing fun ctions: N = ek+ & M, = et and k is a constant Find the grow th rate of X, at the steadystate in terms of k.

Jun 11, 2022
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