Solution:
Cost minimization:
MRTS = "\\frac{MP_{L} }{MP_{K}} = \\frac{w }{r}"
MPL = "\\frac{\\partial Q} {\\partial L}" = 50K
MPK = "\\frac{\\partial Q} {\\partial K}" = 50L
"\\frac{MP_{L} }{MP_{K}} = \\frac{w }{r}"
w = 20
r = 80
"\\frac{50K }{50L} = \\frac{20 }{80}"
"\\frac{K }{L} = 0.25"
K = 0.25L
Q = 50KL
2000 = 50(0.25L) (L) = 12.5L2
2000 = 12.5L2
L2 = 160
L = 12.65
K = 0.25L = 0.25(12.65) = 3.16
The minimum level of output of production (K,L) = (3.16, 12.65)
Labor = 12.65
Capital = 3.16
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