From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. FInd the V2, T2, U, H, Work non flow, Q, and S> What is the work if the process is non flow, and if the process is steady flow with change in KE=10 BTU?
![From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. 1 From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. FInd the V2, T2, U, H, Work non flow, Q, and S> What is the work if the process is non flow, and if the process is steady flow with change in KE=10 BTU?](https://theskyscorner.com/wp-content/uploads/2023/03/image-111.png)
![From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. 2 From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. image 112](https://theskyscorner.com/wp-content/uploads/2023/03/image-112.png)
![From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. 3 From a state defined by 300 psi, 100 ft3 and 250F, helium undergoes an isentropic process to 0.3 psig. FInd the V2, T2, U, H, Work non flow, Q, and S> What is the work if the process is non flow, and if the process is steady flow with change in KE=10 BTU?](https://theskyscorner.com/wp-content/uploads/2023/03/image-113.png)