a.
"U_A=(Z.C)A, \\space MRS_{ZC}=(\\frac{\\frac{\\delta U}{\\delta Z}}{\\frac{\\delta U}{\\delta C}})^A=\\frac{C}{Z}"
"U_B=(Z^{0.5}C^{0.5})^S,MRS_{ZC}=(\\frac{\\frac{\\delta U}{\\delta Z}}{\\frac{\\delta U}{\\delta C}})^S=\\frac{0.5C^{0.5}Z^{-0.5}}{0.5Z^{0.5}C6{-0.5}}=(\\frac{C}{Z})"
b.
Contact curve is locus of all parieto optimal allocations, so at P.O.
"MRS_{ZC}^A=MRS_{ZC}^S"
"(\\frac{C}{Z})^A=(\\frac{C}{Z})^S"
As "W^A=(10,20)," "W^S=(20,10)\\space \\&0"
"C^S=C-C^A=30-C^A\\\\Z^S=30-Z^A"
So at P.O
"\\frac{CA}{ZA}=\\frac{30-CA}{30-ZA}\\implies30C_A-CAZA=30Z_A-CAZA\\\\C_A=Z_A..............contact \\space curve."
c)
Comments
Leave a comment