2.54) Air, with a mass flow rate of

8.0k(g)/(s)

, enters a gas turbine. The enthalpy of the air entering the turbine is

825k(J)/(k)g

, the velocity of the air is

325(m)/(s)

, and the height of the air above the ground is

2.5m

. The acceleration due to gravity is

9.81(m)/(s^(2))

. Determine the rate at which energy is being transferred in MW into the gas turbine via mass flow by this air.

2.54) Air, with a mass flow rate of 8.0kg/s, enters a gas turbine. The enthalpy of the air entering the turbine is 825kJ/kg, the velocity of the air is 325m/s, and the height of the air above the ground is 2.5m. The acceleration due to gravity is 9.81m/s2. Determine the rate at which energy is being transferred in MW into the gas turbine via mass flow by this air