'''i am 90% sure that it is spins :) :/'''
Hydroelectricity is the use of water. Water flows through a turbine in a dam, which spins it creating kinetic energy, this is then transferred into electrical energy
Ice is the form of water that has particles moving the slowest. This is because the water is solid and the particles are tightly compacted.
The power of suction is what is demonstrated by water moving up a straw. When you suck through a straw, the water has nowhere to go but up.
Depends on how many blades of grass there are, what type of grass it is, etc, doesn't it?
turbines
A turbine is a rotary machine driven by blades or paddles that are turned by a moving stream of water, steam, or gas.
Moving water (dams, rivers, tides) and turbines (like an electric motor in reverse) that will produce electricity when the moving water spins them round.
only moving blades
only moving blades
A turbine.
The wind spins propellor blades which turn a generator producing electricity.
Kayaking is the use of a kayak for moving over water. It is distinguished from canoeing by the sitting position of the paddler and the number of blades on the paddle.
Wind is an example of motion (kinetic energy). Using this kinetic energy it is possible to generate electricity. The kinetic energy of moving air initiates the force that turns a windmill's blades. It spins a drive shaft that in turn spins the shaft of a generator to make electricity. A gear box located along the drive shaft increases speed and optimizes power generation. Longer rotor blades mean a larger "rotor swept area," the total area covered by spinning blades, increasing the energy that can be captured and generating more electricity.
Tidal energy is captured by using turbines. When the tide comes in or out the moving water spins turbines that generate energy or electricity.
Rotor blades.
Steam turbine is comprising of stages, number and size of the stages depands upon the break horse power of the turbine. The stage has set of moving and fixed blades. The moving blades are attached to the rotor while the stationary blades is called Diaphragm. The diaphragm guides the steam to glide over the moving blades for producing rotary motion.