Material: 2 litre pop bottle (empty) -- coat hanger wire - 12-15 cm long - straight -- empty film container -- tin can (tomato can) -- masking tape -- string -- aerosol can cap -- copper wire Method: 1) Cut 4 slits in the film container, 1 cm long at equal distances between them. From a tin can cut 4 blades for the water wheel. 2) Push the smaller end into the slits. 3) Make a hole with a nail in the exact center of the lid and the bottom of the film container. 4) Push the coat hanger wire through the holes to make an axle for the wheel. 5) Cut off the top of the pop bottle and make two holes at the opposite ends, about 4 cm from the top. These holes accept the axle - coat hanger wire. 6) Wind a short piece of wire around the end of the axle just outside the bottle so that it will not move out. 7) Make a spool out of the longer end of the axle using two pieces of cardboard glued on it. 8) Tie a string about a metre long to the spool and hang a "bucket", the cap of the aerosol can. 9) Pour a stream of water on the blades of the wheel and the wheel turns. 10) The string winds itself onto the spool and the "bucket" is lifted up.
a waterwheel, connected to a generator
A load can be lifted up by a waterwheel by attaching it to a rope or chain that is wound around a drum connected to the waterwheel. When the waterwheel is turned by the flow of water, the drum rotates, causing the rope or chain to lift the load. This process allows the load to be raised or lowered using the mechanical energy generated by the waterwheel.
The scientific name for waterwheel plant is Aldrovanda vesiculosa.
yes
there is no answer
it is used for power and energy
who invented the noria
The waterwheel.
The waterwheel.
yes you can
Water flowing over a waterwheel is an example of kinetic energy transforming into mechanical energy. The moving water causes the waterwheel to turn, which can then be used to perform mechanical work, such as grinding grain or generating electricity.
A waterwheel uses mechanical energy. The kinetic energy of the moving water causes the wheel to turn, which can then be used to drive machinery or generate electricity.