Isothermal compression and isothermal expansion, based on 1 cubic meter of nitrogen at 0°C and 1 atmosphere
Author: kegasaExecutions: 138
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adiabatic process
En0 = P0 * V0;
print(En0);
n = V0 * 1000 / 22.413969545;
print(n);
T0 = En0 / (n * R);
print(T0);
print(P0);
dP = m * 9.8 / 1;
print(m);
P1 = P0 + dP;
print(dP);
print(P1);
V1 = V0 * (P0 / P1)^(1/γ);
print(V1);
T1 = T0 * (P1 / P0)^(1 - 1/γ);
print(T1);
En1 = P1 * V1;
dT = T1 - T0;
print(dT);
print(En1);
dE = En1 - En0;
print(dE);
print(En0);
n = V0 * 1000 / 22.413969545;
print(n);
T0 = En0 / (n * R);
print(T0);
print(P0);
dP = m * 9.8 / 1;
print(m);
P1 = P0 + dP;
print(dP);
print(P1);
V1 = V0 * (P0 / P1)^(1/γ);
print(V1);
T1 = T0 * (P1 / P0)^(1 - 1/γ);
print(T1);
En1 = P1 * V1;
dT = T1 - T0;
print(dT);
print(En1);
dE = En1 - En0;
print(dE);
| En0 | J or m³Pa |
| n | mol |
| T0 | K |
| P0 | Pa |
| m | kg |
| dP | Pa |
| P1 | Pa |
| V1 | m³ |
| T1 | K |
| dT | K |
| En1 | J or m³ |
| dE | J or m³ |
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