Power Engineering MCQ Power Engineering Chapter 69 Stationary nozzles direct steam against rotating blades. It uses the steam pressure & blade shape to propel the blades. Has moving buckets but a fixed nozzle. As speed of the turbine increases, pressure decreases. Blade speed is directly affected by pressure. This is a description of:

Stationary nozzles direct steam against rotating blades. It uses the steam pressure & blade shape to propel the blades. Has moving buckets but a fixed nozzle. As speed of the turbine increases, pressure decreases. Blade speed is directly affected by pressure. This is a description of:

Power Engineering Chapter 69

Stationary nozzles direct steam against rotating blades. It uses the steam pressure & blade shape to propel the blades. Has moving buckets but a fixed nozzle. As speed of the turbine increases, pressure decreases. Blade speed is directly affected by pressure. This is a description of:

a) Stationary Passages on an Reaction Turbine
b) Stationary Passages on an Impulse Turbine

Answer: b

Power Engineering MCQ

Stationary nozzles direct steam against rotating blades. It uses the steam pressure & blade shape to propel the blades. Has moving buckets but a fixed nozzle. As speed of the turbine increases, pressure decreases. Blade speed is directly affected by pressure. This is a description of:

Stationary nozzles direct steam against rotating blades. It uses the steam pressure & blade shape to propel the blades. Has moving buckets but a fixed nozzle. As speed of the turbine increases, pressure decreases. Blade speed is directly affected by pressure. This is a description of:

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