fenomenos - hidrostatica
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Transcript of fenomenos - hidrostatica
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8/18/2019 fenomenos - hidrostatica
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UNIVERSIDAD CESAR
VALLEJO
FENÓMENOS TRANSPORTESINFORME
RESULTADOS:
∆H (m) T= s V (m³)0.01 10.235 144 x 10 −
6
0.02 9.67 186.5 x 10− 6
0.03 9.99 228 x 10− 6
0.04 9.92 262.5 x 10− 6
0.05 9.985 287.5 x 10− 6
0.06 10.08 305.5 x 10− 6
0.07 9.88 332.5 x 10− 6
0.0 10.06 337.5 x 10− 6
0.0! 9.785 366.5 x 10− 6
0.10 10.035 398.5 x 10− 6
0.11 9.765 411.5 x 10− 6
0.12 10.465 445 x 10− 6
0.13 10.03 457.5 x 10− 6
0.14 10.22 470 x 10− 6
0.15 9.525 457.5 x 10− 6
0.16 10.235 505 x 10− 6
0.17 9.765 520 x 10− 6
0.1 10.17537.5 x
10− 6
0.1! 9.83 545 x 10− 6
0.20 9.90 553.5 x 10− 6
Halla !" #$%al $':
1. # R1(144 x 10
− 6m ³
10.235 s ( 1.407 x10
− 5
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8/18/2019 fenomenos - hidrostatica
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UNIVERSIDAD CESAR
VALLEJO
FENÓMENOS TRANSPORTESINFORME
2. # R2(186.5 x 10
− 6m ³
9.67 s ( 1.929 x10
− 5
3. # R3(228 x 10 −
6m ³
9.99 s (2.282 x 10
− 5
4. # R4(262.5 x 10
− 6m ³
9.92 s ( 2.646 x 10
− 5
5. # R5(287.5 x 10
− 6m ³
9.985 s ( 2.879 x 10
− 5
6. # R1(144 x 10
− 6m ³
10.235 s (2.646 x 10
− 5
7. # R1(144 x 10
− 6m ³
10.235 s (2.646 x10
− 5
8. # R1(144 x 10
− 6m ³
10.235 s
9. # R1(144 x 10
− 6m ³
10.235 s
10. # R1(144 x 10
− 6m ³
10.235 s
11. # R1(144 x 10
− 6m ³
10.235 s
12. # R1(144 x 10
− 6m ³
10.235 s
13. # R1(144 x 10
− 6m ³
10.235 s
14. # R1(144 x 10
− 6m ³
10.235 s
15. # R1(144 x 10
− 6m ³
10.235 s
16. # R1(144 x 10
− 6m ³
10.235 s
17. # R1(144 x 10
− 6m ³
10.235 s
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8/18/2019 fenomenos - hidrostatica
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UNIVERSIDAD CESAR
VALLEJO
FENÓMENOS TRANSPORTESINFORME
18. # R1(144 x 10
− 6m ³
10.235 s
19. # R1(144 x 10 −
6m ³
10.235 s
20. # R1(144 x 10
− 6m ³
10.235 s
