Laboratiorio De Termodinamica Y Principios De Electricidad

l(cm) | V[〖cm〗^3]=a*l | z1[cm] | z1[m] | V[〖10^6〗[m]] |
78 | 78*.205887= | 16.0592 | 0 | 0 | 16.0595*10-6 |
76 | 76*.205887= | 15.6474 | 1.9 | 0.019 | 15.6474*10-6 |
74 | 74*.205887= | 15.2356| 3.3 | 0.033 | 15.2356*10-6 |
72 | 72*.205887= | 14.8239 | 4.2 | 0.042 | 14.8239*10-6 |
70 | 70*.205887= | 14.4121 | 5.5 | 0.055 | 14.4121*10-6 |
68 | 68*.205887= | 14.0003 | 7.4 | 0.074 |14.003*10-6 |
66 | 66*.205887= | 13.5885 | 8.2 | 0.082 | 13.5885*10-6 |
64 | 64*.205887= | 13.1768 | 9.8 | 0.098 | 13.1768*10-6 |
62 | 62*.205887= | 12.765 | 11 | 0.11 | 12.765*10-6 |
60 |60*.205887= | 12.3532 | 12.4 | 0.124 | 12.3532*10-6 |
58 | 58*.205887= | 11.9414 | 13.7 | 0.137 | 11.9414*10-6 |

(P0) abs [Pa]= Pman+Patm=(ῤgh)+77144.64 | (P0)abs *V[Pa*m3] |
P=((13600[kg/m^3])*(9.78[m/s^2])*(0)) + | 77144.64 | = 0+77144.64 | = 77,144.64 | 1.238904346 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(.019))+ | 77144.64 | =2527.152+77144.64 | = 79,671.79 | 1.246659183 |P=((13600[kg/m^3])*(9.78[m/s^2])*(.033))+ | 77144.64 | =4389.264+77144.64 | = 81,533.90 | 1.242217887 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(.042))+ | 77144.64 | = 5586.336+77144.64 | = 82,730.98 | 1.226395774 |P=((13600[kg/m^3])*(9.78[m/s^2])*(.055))+ | 77144.64 | =7315.44+77144.64 | = 84,460.08 | 1.217247119 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(0.074))+ | 77144.64 | =9842.592+77144.64 | = 86,987.23 |1.218082182 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(0.082))+ | 77144.64 | =10906.656+77144.64 | = 88,051.30 | 1.19648509 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(0.098))+ | 77144.64 | =13034.784+77144.64 | =90,179.42 | 1.188276181 |
P= ((13600[kg/m^3])*(9.78[m/s^2])*(0.11))+ | 77144.64 | =14630.88+77144.64 | = 91,775.52 | 1.171514513 |
P= ((13600[kg/m^3])*(9.78[m/s^2])*(.124))+ | 77144.64 |=16492.992+77144.64 | = 93,637.63 | 1.156724371 |
P=((13600[kg/m^3])*(9.78[m/s^2])*(0.137))+ | 77144.64 | =18222.096+77144.64 | = 95,366.74 | 1.138812389 |
TABLA 2
l(cm) | V[〖cm〗^3]=a*l | z1[cm] |...