A hydroelectric turbine-generator operates at the bottom of a waterfall (on Earth) where water drops a distance of 50 ft. The rate of water going through the turbine is 4000 ft/s. The density of water is 62 lbm/ft3. If the turbine-generator system is perfectly efficient, what is the maximum amount of power that it could generate? Answer units are hp. If the efficiency of the entire turbine-generator system is 68%, what is the actual power output? Answer units are hp. Hydroelectric Dam
A hydroelectric turbine-generator operates at the bottom of a waterfall (on Earth) where water drops a distance of 50 ft .
The rate of water going through the turbine is \( 4000 \mathrm{ft} / \mathrm{s} \). The density of water is 62 \( \mathrm{lbm} / \mathrm{ft}^{3} \).
If the turbine-generator system is perfectly efficient, what is the maximum amount of power that it could generate?
Answer units are hp.
If the efficiency of the entire turbine-generator system is \( 68 \% \), what is the actual power output?
Answer units are hp.