1.58 10 5 (KW) The problem solving idea can be obtained by analyzing the energy conversion through the energy flow diagram. The energy flow is as follows: Let m, with m. as a research object, vertical The mechanical energy reduced after falling is mgh- and the power converted into electrical energy is P= =Q (gh- =103 103 (10 20- =1.58 108(W)=1, 58 10 5 (KW)
How many watts of electricity can a turbogenerator with a diameter of 20 cm and a height of 50 cm ge
Introduction The diameter of the turbine generator is 20cm and the height is 50cm. How many watts of electricity can it generate? 1.58 10 5 (KW) Problem solving ideas can be obtained by analyzing the energy conversion through the energy flow diagram.