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FC. VC. TC. 60. 30. 90. = 90. 60. 60. 50. =20. 110. #4. 60. 60. 120. 3. Value of A? Need to find what?. Need TC…. Use AFC x 1 and AVC x 1 to get FC and VC = TC. Fill in rest of FC, then identify that at Q3 AVC x Q = VC … So….20 x 3 = VC of 60.
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FC VC TC 60 30 90 = 90 60 60 50 =20 110 #4 60 60 120 3. Value of A? Need to find what? Need TC….. Use AFC x 1 and AVC x 1 to get FC and VC = TC Fill in rest of FC, then identify that at Q3 AVC x Q = VC … So….20 x 3 = VC of 60 4. Total Costs of 3rd unit? Need to find what? 5. Value of B? ……..need to find what? TC at Q2….same process as above
If TC/Q = ATC; ATC x Q = TC……If VC/Q = AVC; AVC x Q = VC ……difference between ATC and AVC = AFC…so that distance x Q = FC 6. Total fixed costs 7. Total variable cost 8. Total Costs A’ A B P0 A Fixed Costs Total Costs P1 D C P3 Variable Costs Q1 Q0
#15…..Average Product….???? • Avg. Product = Q/Input • As MP rises, Avg. Prod rises…. • Ex:
FRQ 15 5 15 15 4 2 15 15 4 15 7 15 15 A. Identify $ value of fixed costs and give one example of fixed cost D. pt. at which DMP(returns) begin. Explain B. VC for 4th unit and give one example of VC =MC is falling through Q3 so MP must be rising. From Q3 to Q4: MC begins to rise which means MP begins to fall = if TC is 30 and FC is 15, then VC = 15 C. MC for 5th unit = change TC / change Q