A pipe carrying steam (h = 3000 kJ/kg) at flow rate of 1 kg/s and another pipe carrying steam (h = 2500 kJ/kg) at flow rate of 2 kg/s mixes adiabatically to flow in single pipe. Find the enthalpy of resulting steam:

A pipe carrying steam (h = 3000 kJ/kg) at flow rate of 1 kg/s and anot

1.	A pipe carrying steam (h = 3000 kJ/kg) at flow rate of 1 kg/s and another pipe carrying steam (h = 2500 kJ/kg) at flow rate of 2 kg/s mixes adiabatically to flow in single pipe. Find the enthalpy of resulting steam:
A.	8000 kJ/kg
B.	2667 kJ/kg
C.	2767 kJ/kg
D.	2867 kJ/kg
Answer» C. 2767 kJ/kg