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The sun's energy
The water molecules in warm water have greater kinetic energy, making them move faster.
Yes, it is true.
Energy from the sunevaporationconvectioncondensationgravityprecipitationTake your pick.
no Water will move freely between the two solutions if they are separated by a selectively permeable membrane. However, there will be no net change in the concentration of water on either side of the membrane. Differences in solute concentration will allow you to predict net changes in water movement.
As the heat is lost from the water substance, the H2O molecules lose energy and move around less. This makes the state change. It is also inversely true for when heat is gained. It adds energy to the molecules and they move around more.
Agility and speed are the characteristics that allow the body to move and change direction quickly.
As cells gain energy (usually heat) they move faster. When particles get heated enough, they will change state. Example: boiling water results in water vapour.
it turns into mechanical energy
Energy
Changing phase (solid, liquid, gas) requires energy. Adding energy allows the molecules to move apart and solid change to liquid or liquids change to gases.
energy is not required.
Fish move slower in cold water as it slows down their metabolism to allow them to reserve as much energy as they can for the long term. This is the case for Koi for example if they are in a pond and live in a climate where ice forms on the top.
yes it can, if you move the object it will gain kinetic energy
i think a television
Heat energy is a measure of how fast particles of matter are vibrating. As more energy goes into the matter, the particles vibrate faster. At some point (it is different for each material) the particles move fast enough to change phase. When water boils, the particles change state from liquid to gas.
Water when heated is given heat energy causing the molecules to move faster. Energy is needed to change the state of a substance. In this case, the change of state is going from liquid water to gaseous steam. So the hotter the temperature, the more energy is being put in causing the water molecules to vibrate and move faster and escape the liquid and become steam-water vapour (the process of boiling). Water is also hydrogen bonded. These extra bonds require energy to break (hence more heat) and thus a higher boiling point than expected results.