"U= 1\/3 x^2 + y^{1\/2}"
and
x=2, y=0.75=3/4
"MR_{s} = \\frac {MU_{x}}{MU_{y}}\n = \\frac {2\/3x}{\\frac{2}{2}y^{1\/2}}\n =\\frac {2\/3x}{y^{1\/2}}"
="\\frac {2}{3} xy^2"
MRs is not Diminishing
if x is consumed then,
"x'=\\frac{m}{p_{x}}" x` "=" "\\frac {m}{P_{x}}""=" "\\frac {2}{p_{x}}"
"U= 1\/3(\\frac{m}{2})^2 = \\frac {m^2}{12}"
"y` =\\frac {m}{p_{y}} = \\frac {m}{0.75} = \\frac {4}{3} m"
"U= 2 (\\frac {4}{3}m)^{1\/2} = 4 \\sqrt (\\frac{m}{3})"
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