The steam supplied to nozzle at 7 bar and 250 and leave at pressure 0-9 bar...

Transcribed Image Text:

The steam supplied to nozzle at 7 bar and 250⁰ and leave at pressure 0-9 bar and the nozzle angle is 200. The blade velocity is 300 m/s and mass flow rate is 0.9 kg/s, and If the ratio of relative velocity at outlet to relative velocity at inlet is 0.8 (1) Blade inlet angle; 26-51° (II) Axial thrust; (III) (IV) Diagram efficiency. (V) Stage efficiency. Tangential power, and 72. 702 N заз- 3 ки 62-7%- 62-71- 8(CO3) The steam supplied to nozzle at 7 bar and 250⁰ and leave at pressure 0-9 bar and the nozzle angle is 200. The blade velocity is 300 m/s and mass flow rate is 0.9 kg/s, and If the ratio of relative velocity at outlet to relative velocity at inlet is 0.8 (1) Blade inlet angle; 26-51° (II) Axial thrust; (III) (IV) Diagram efficiency. (V) Stage efficiency. Tangential power, and 72. 702 N заз- 3 ки 62-7%- 62-71- 8(CO3) The steam supplied to nozzle at 7 bar and 250⁰ and leave at pressure 0-9 bar and the nozzle angle is 200. The blade velocity is 300 m/s and mass flow rate is 0.9 kg/s, and If the ratio of relative velocity at outlet to relative velocity at inlet is 0.8 (1) Blade inlet angle; 26-51° (II) Axial thrust; (III) (IV) Diagram efficiency. (V) Stage efficiency. Tangential power, and 72. 702 N заз- 3 ки 62-7%- 62-71- 8(CO3) The steam supplied to nozzle at 7 bar and 250⁰ and leave at pressure 0-9 bar and the nozzle angle is 200. The blade velocity is 300 m/s and mass flow rate is 0.9 kg/s, and If the ratio of relative velocity at outlet to relative velocity at inlet is 0.8 (1) Blade inlet angle; 26-51° (II) Axial thrust; (III) (IV) Diagram efficiency. (V) Stage efficiency. Tangential power, and 72. 702 N заз- 3 ки 62-7%- 62-71- 8(CO3)