In a water lifting electric pump, we convert A. Electrical energy into Potential energy B. Kinetic energy into Electrical energy C. Kinetic energy into Potential energy D. Electrical energy into Kinetic energy

Electrical energy into Potential energy
Kinetic energy into Electrical energy
Kinetic energy into Potential energy
Electrical energy into Kinetic energy

The correct answer is: C. Kinetic energy into Potential energy.

In a water lifting electric pump, the electrical energy is converted into kinetic energy of the pump motor. The motor turns a rotating shaft, which is connected to a impeller. The impeller is a series of blades that are arranged to move water. As the impeller rotates, it pushes the water up a pipe. The higher the water is lifted, the more potential energy it has.

Option A is incorrect because the electrical energy is not converted into potential energy. The electrical energy is converted into kinetic energy of the pump motor.

Option B is incorrect because the kinetic energy is not converted into electrical energy. The kinetic energy of the pump motor is converted into potential energy of the water.

Option D is incorrect because the electrical energy is not converted into kinetic energy. The electrical energy is converted into kinetic energy of the pump motor.