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Given the following: 25 тах ¤1 > 0, x2 > 0 < 2000 5 * x1 + 20 * x2 s.t. • MU, = .75 * MU, = .25 * Equation Description: A conGiven the following: u = x;75 * x;25 тах 21 2 0, x2 > 0 < 2000 s.t. 5 * x1 + 20 * x2 MU1 = .75 * MU2 = .25 * Equation DescripGiven the following: max x1 2 0, x2 > 0 s. t. 5 * x1 + 20 * x2 < 2000 MU, = .75 * • MU, = .25 * Equation Description: A consu

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Answer #1

At utility maximizing equilibrium ,

MU1 P1 MU2 P2

this implies that,

\frac{0.75[\frac{x_{2}^{0.25}}{x{_{1}}^{0.25}}]}{0.25[\frac{x{_{1}}^{0.75}}{x{_{2}}^{0.75}}]}= \frac{5}{20}

now on solving further

3[\frac{x_{2}^{1}}{x{_{1}}^{1}}]=\frac{1}{4}

\frac{x_{2}}{x_{_{1}}}=\frac{1}{12}

12x_{2}=x_{1}.................................equation (1)

substituting this equation (1) in the budget constraint

budget constraint is , 5x_{1}+20x_{2}=2000

after substitution, 5(12x_{2})+20x_{2}=2000

60x_{2}+20x_{2}=2000

80x_{2}=2000

x_{2}=25.............................(2)

Now, substituting this value of x2 in equation (1), we get:-

x_{1}=12(25)

x_{1}=300...................................(3)

now substituting this value of x's in equation (2) and (3) in the utility form we get

U=300^{0.75}*25^{0.25}

U=72.084*2.236

U=161.179U=161.179\approx 161.19

This implies that 300 units of good 1 and 25 units of good 2 maximizes the utility and maximum utility achieved can be 161.19 utils.

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