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The document presents a production function of P = 1125 - 75P and calculates the average revenue, total revenue, and marginal revenue for 15 units of output. It shows: 1) Average revenue, total revenue, and marginal revenue decrease as output increases from 1 to 15 units. 2) Total revenue peaks at 8 units of output and then decreases as more output is produced. 3) Marginal revenue is positive when total revenue is increasing but becomes negative once total revenue starts decreasing after 8 units of output. 4) A table and graph are presented to illustrate the relationships between average revenue, total revenue, and marginal revenue at different output levels.

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K Q 8 28 12 12 28 36 40 6 3 7 24 5 12 28 36 40 12 14 6 10 9 10 23 33 36 33 9 5 6 24 7 18 28 30 33 6 4 12 8 5 10 40 9 8 5 3 5 36 24 12 36 6 10 2 28 5 6 9 30 28 28 33 1 3 8 9 5 24 8 3 10 1 2 3 4 5 6 7 8 L Isoquant 1 ouput (Q) = 3 Isoquant 2 ouput (Q) = 5 Isoquant 3 ouput (Q) = 6 Isoquant 4 ouput (Q) = 9 L K L K L K L K 1 1 2 7 1 5 2 6 7 1 1 3 3 2 4 2 8 8 2 2 6 3 6 4 4 1 8 5 8 6 8 4 7 8
Q P O K JF I B N M L b H E G 1 1 2 2 3 3 4 4 5 5 6 7 8 6 7 8 A C D
2. Diketahui fungsi produsen P = 1125 75P untuk 15 produk yang sama namun berbeda kualitasnya.Tentukan Average Revenue, Total Revenue dan Marginal Revenue untuk tiap produk tersebut serta buatlah tabel dan kurvanya? Jawab: Dik : P = 1125 75P a) Average Revenue b) Total Revenue c) Marginal Revenue AR = P TR = P x Q MR = TR : Q Q1 = 1125 (75 x 1) = 1050 1050 x 1 = 1050 Q2 = 1125 (75 x 2) = 975 975 x 2 = 1950 Q3 = 1125 (75 x 3) = 900 900 x 3 = 2700 Q4 = 1125 (75 x 4) = 825 825 x 4 = 3300 Q5 = 1125 (75 x 5) = 750 750 x 5 = 3750 Q6 = 1125 (75 x 6) = 675 675 x 6 = 4050 Q7 = 1125 (75 x 7) = 600 600 x 7 = 4200 Q8 = 1125 (75 x 8) = 525 525 x 8 = 4200 Q9 = 1125 (75 x 9) = 450 450 x 9 = 4050 Q10 = 1125 (75 x 10) = 375 375 x 10 = 3750 Q11 = 1125 (75 x 11) = 300 300 x 11 = 3300 Q12 = 1125 (75 x 12) = 225 225 x 12 = 2700 Q13 = 1125 (75 x 13) = 150 150 x 13 = 1950 Q14 = 1125 (75 x 14) = 75 75 x 14 = 1050 Q15 = 1125 (75 x 15) = 0 0 x 15 = 0 (1950 - 1050) : (2 - 1) = 900 (2700 - 1950) : (3 - 2) = 750 (3300 - 2700) : (4 - 3) = 600 (3750 - 3300) : (5 - 4) = 450 (4050 - 3750) : (6 - 5) = 300 (4200 - 4050) : (7 - 6) = 150 (4200 - 4200) : (8 - 7) = 0 (4050 - 4200) : (9 - 8) = 150 (3750 - 4050) : (10 - 9) = 300 (3300 - 3750) : (11 - 10) = 450 (2700 - 3300) : (12 - 11) = 600 (1950 - 2700) : (13 - 12) = 750 (1050 - 1950) : (14 - 13) = 900 (0 - 1050) : (15 - 14) = 1050
OutPut (Q) AR (P) TR (P x Q) MR (TR : Q) 0 1125 - 1050 1 1050 1050 900 2 975 1950 750 3 900 2700 600 4 825 3300 450 5 750 3750 300 6 675 4050 150 7 600 4200 0 8 525 4200 150 9 450 4050 300 10 375 3750 450 11 300 3300 600 12 225 2700 750
13 150 1950 900 14 75 1050 1050 15 0 0 AR, TR, MR 4200 Q AD = TR MR = 0 1050 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 75 4050 3300 3750 1950 2700 975 900 825 750 675 600 525 450 375 300 225 150 1125 -150 TR MAKS TR MR

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Pa ade tugas pra uas

  • 1. K Q 8 28 12 12 28 36 40 6 3 7 24 5 12 28 36 40 12 14 6 10 9 10 23 33 36 33 9 5 6 24 7 18 28 30 33 6 4 12 8 5 10 40 9 8 5 3 5 36 24 12 36 6 10 2 28 5 6 9 30 28 28 33 1 3 8 9 5 24 8 3 10 1 2 3 4 5 6 7 8 L Isoquant 1 ouput (Q) = 3 Isoquant 2 ouput (Q) = 5 Isoquant 3 ouput (Q) = 6 Isoquant 4 ouput (Q) = 9 L K L K L K L K 1 1 2 7 1 5 2 6 7 1 1 3 3 2 4 2 8 8 2 2 6 3 6 4 4 1 8 5 8 6 8 4 7 8
  • 3. 2. Diketahui fungsi produsen P = 1125 75P untuk 15 produk yang sama namun berbeda kualitasnya.Tentukan Average Revenue, Total Revenue dan Marginal Revenue untuk tiap produk tersebut serta buatlah tabel dan kurvanya? Jawab: Dik : P = 1125 75P a) Average Revenue b) Total Revenue c) Marginal Revenue AR = P TR = P x Q MR = TR : Q Q1 = 1125 (75 x 1) = 1050 1050 x 1 = 1050 Q2 = 1125 (75 x 2) = 975 975 x 2 = 1950 Q3 = 1125 (75 x 3) = 900 900 x 3 = 2700 Q4 = 1125 (75 x 4) = 825 825 x 4 = 3300 Q5 = 1125 (75 x 5) = 750 750 x 5 = 3750 Q6 = 1125 (75 x 6) = 675 675 x 6 = 4050 Q7 = 1125 (75 x 7) = 600 600 x 7 = 4200 Q8 = 1125 (75 x 8) = 525 525 x 8 = 4200 Q9 = 1125 (75 x 9) = 450 450 x 9 = 4050 Q10 = 1125 (75 x 10) = 375 375 x 10 = 3750 Q11 = 1125 (75 x 11) = 300 300 x 11 = 3300 Q12 = 1125 (75 x 12) = 225 225 x 12 = 2700 Q13 = 1125 (75 x 13) = 150 150 x 13 = 1950 Q14 = 1125 (75 x 14) = 75 75 x 14 = 1050 Q15 = 1125 (75 x 15) = 0 0 x 15 = 0 (1950 - 1050) : (2 - 1) = 900 (2700 - 1950) : (3 - 2) = 750 (3300 - 2700) : (4 - 3) = 600 (3750 - 3300) : (5 - 4) = 450 (4050 - 3750) : (6 - 5) = 300 (4200 - 4050) : (7 - 6) = 150 (4200 - 4200) : (8 - 7) = 0 (4050 - 4200) : (9 - 8) = 150 (3750 - 4050) : (10 - 9) = 300 (3300 - 3750) : (11 - 10) = 450 (2700 - 3300) : (12 - 11) = 600 (1950 - 2700) : (13 - 12) = 750 (1050 - 1950) : (14 - 13) = 900 (0 - 1050) : (15 - 14) = 1050
  • 4. OutPut (Q) AR (P) TR (P x Q) MR (TR : Q) 0 1125 - 1050 1 1050 1050 900 2 975 1950 750 3 900 2700 600 4 825 3300 450 5 750 3750 300 6 675 4050 150 7 600 4200 0 8 525 4200 150 9 450 4050 300 10 375 3750 450 11 300 3300 600 12 225 2700 750
  • 5. 13 150 1950 900 14 75 1050 1050 15 0 0 AR, TR, MR 4200 Q AD = TR MR = 0 1050 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 75 4050 3300 3750 1950 2700 975 900 825 750 675 600 525 450 375 300 225 150 1125 -150 TR MAKS TR MR