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Linear Interpolation Homework Review. 1. Estimate the viscosity of water at 55 o F (x1, y1)-->(50, 1.310) (x2, y2)-->(55, ?) (x3, y3)-->(60, 1.129)

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Presentation on theme: "Linear Interpolation Homework Review. 1. Estimate the viscosity of water at 55 o F (x1, y1)-->(50, 1.310) (x2, y2)-->(55, ?) (x3, y3)-->(60, 1.129)"— Presentation transcript:

1 Linear Interpolation Homework Review

2 1. Estimate the viscosity of water at 55 o F (x1, y1)-->(50, 1.310) (x2, y2)-->(55, ?) (x3, y3)-->(60, 1.129)

3 2. Estimate the viscosity of water at 142 o F (x1, y1)-->(140, 0.470) (x2, y2)-->(142, ?) (x3, y3)-->(160, 0.401)

4 3. What is the difference in viscosity of 155 o F water and 55 o F water?... Know 55 o F is 1.220cP from problem 1 (x1, y1)-->(140, 0.470) (x2, y2)-->(155, ?) (x3, y3)-->(160, 0.401) – = cP

5 4. At what temperature is the viscosity of water 1cP? (x1, y1)-->(1.129, 60) (x2, y2)-->(1, ?) (x3, y3)-->(0.982, 70)

6 5. Johnny measured the viscosity of his sample to be 1.55cP. What is the likely temperature of his sample? (x1, y1)-->(1.794, 32) (x2, y2)-->(1.55, ?) (x3, y3)-->(1.546, 40)

7 6. What happens to water at 32 o F? Do you expect that to affect the viscosity?

8 7. Use the data points at 180 o F and 200 o F to estimate the viscosity of water at 205 o F. What is the danger of doing this? (x1, y1)-->(180, 0.347) (x2, y2)-->(205, ?) (x3, y3)-->(200, 0.305)

9 8. Find the volume of steam at 550 o F and 433psia. (x1, y1)-->(400, ) (x2, y2)-->(433, ?) (x3, y3)-->(450, ) Temperature, o FPressure, 400psiaPressure, 450psia

10 9. Find the volume of steam at 600 o F and 433psia. (x1, y1)-->(400, ) (x2, y2)-->(433, ?) (x3, y3)-->(450, ) Temperature, o FPressure, 400psiaPressure, 450psia

11 10. Find the volume of steam at 571 o F and 433psia. (x1, y1)-->(550, ) (x2, y2)-->(571, ?) (x3, y3)-->(600, ) Temperature, o FPressure, 400psiaPressure, 433psiaPressure, 450psia (from prob 8) (from prob 9)1.3001

12 11. Find the volume of steam at 616 o F and 630psia. (x1, y1)-->(600, ) (x2, y2)-->(616, ?) (x3, y3)-->(650, ) Temperature, o FPressure, 600psiaPressure, 630psiaPressure, 700psia (x1, y1)-->(600, ) (x2, y2)-->(630, ?) (x3, y3)-->(700, ) OR x = temperature x = pressure

13 11. Find the volume of steam at 616 o F and 630psia. (x1, y1)-->(600, ) (x2, y2)-->(616, ?) (x3, y3)-->(650, ) Temperature, o FPressure, 600psiaPressure, 630psiaPressure, 700psia

14 11. Find the volume of steam at 616 o F and 630psia. (x1, y1)-->(600, ) (x2, y2)-->(630, ?) (x3, y3)-->(700, ) Temperature, o FPressure, 600psiaPressure, 630psiaPressure, 700psia

15 12. Find the volume of steam at 500 o F and 616psia. (x1, y1)-->(500, ) (x2, y2)-->(616, ?) (x3, y3)-->(600, ) Temperature, o FPressure, 500psiaPressure, 600psia

16 12. Find the volume of steam at 681 o F and 391psia. (x1, y1)-->(650, ) (x2, y2)-->(681, ?) (x3, y3)-->(700, ) Temperature, o FPressure, 350psiaPressure, 391psiaPressure, 400psia (x1, y1)-->(350, ) (x2, y2)-->(391, ?) (x3, y3)-->(400, ) OR x = temperature x = pressure

17 (x1, y1)-->(350, ) (x2, y2)-->(391, ?) (x3, y3)-->(400, ) 12. Find the volume of steam at 681 o F and 391psia. Temperature, o FPressure, 350psiaPressure, 391psiaPressure, 400psia

18 (x1, y1)-->(650, ) (x2, y2)-->(681, ?) (x3, y3)-->(700, ) 12. Find the volume of steam at 681 o F and 391psia. Temperature, o FPressure, 350psiaPressure, 391psiaPressure, 400psia


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