sailboat, ship, log, leaf, large amount of water (big flood) can move houses, cars and even people. hope it could be a big help for you.
the things that moved by water are boats
boat
Some examples of landforms that moving water can create are rivers, canyons, waterfalls, deltas, and alluvial fans.
Water moving along the grounds surface is called a river or a flood.. A river or a flood both contain moving water. River water is consistently moving. A flood will have water moving until it goes away.
electricity moving on wires
Fast-moving water can carry more sediment than slow-moving water.
hot water has fast moving particles, and cold water has slow moving particles
Erosion and weathering
Some examples of landforms that moving water can create are rivers, canyons, waterfalls, deltas, and alluvial fans.
a boy running . a car moving. a cat walking. moving of a ball. A ship sailng on water.
bikechainsawcarsmotercycleschairThe energy possessed by a moving body is called its kinetic energy. Five examples of such bodies are: a flying airplane, a moving ship, flowing water, swaying leaves and a running man.
#6 examples of mechanical energy are:-1. moving water such as river2. moving turbine such as those found in power plant.3. moving object such as vehicles4. rotation and revolution of the earth5 . walking and running6. objects that are falling (free foll)
1.Wrinkling skin in water 2. plants moving water to stem 3.a substance moving through a barrier
There are many places where one can watch some examples of moving wallpapers. One can watch some examples of moving wallpapers at popular on the web sources such as Map Crunch and App Advice.
Water moving along the grounds surface is called a river or a flood.. A river or a flood both contain moving water. River water is consistently moving. A flood will have water moving until it goes away.
kinectic energy means moving and the water that is said to be moving is kinectic because it is moving
moving water
Fast moving water.
Any wave. Of you have a wave (light, water etc.), it will have a frequency and a wavelength. Multiply these and you get the speed at which the wave is moving.