(i) Let the cost function be TC = ax + b.
We have TC(75) = 275 and TC(150) = 300
75a + b = 275 (1)
150a + b = 300 (2)
(2) - (1) "\\implies" 75a = 25 ⟹ a = "{1 \\over 3}"
(1) "\\implies" 75("{1 \\over 3}" ) + b = 275
b = 275 - 25 = 250
TC = "{1 \\over 3}" x +250
(ii) average total cost of producing 75, 150, 225 units respectively:
ATC (75) =( "{1 \\over 3}" 75 + 250) / 75 = 3.67
ATC (150) =( "{1 \\over 3}" 150 + 250) / 150 = 2.00
ATC (225) = ("{1 \\over 3}" 225 + 250) / 225 = 1/44
(iii) average fixed cost of producing 75, 150, 225 units respectively:
AFC (75) = 250 / 75 = 3.33
AFC (150) = 250 / 150 = 1.67
AFC (225) = 250 / 225 = 1.11
(iv) average variable cost of producing 75, 150, 225 units respectively:
AVC (75) = "{1 \\over 3}"
AVC (150) = "{1 \\over 3}"
AVC (225) = "{1 \\over 3}"
Comments
Thankyou it was very helpful the answers are accurate.
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