The key term here is "conservation of energy". Since energy can't increase or decrease over time, there is no moment when energy is "the greatest".
"Kinetic energy" is energy related to movement. If there is no movement, there is no kinetic energy.
Thermal
No, if a puddle of water is frozen particles in the ice do not have kinetic energy because the water is frozen.
That depends on how large the puddle is - how wide and how deep and how much water is in the puddle.
A puddle of water may freeze. Anything liquid might solidify. Because going in that direction it releases energy, which it must get back if it is to return to its former state.
"Evaporates".
The piece of paper was soggy after he accidentally dropped it in a puddle.
After the rainstorm, the water in the puddle will be heated by the sun. As the water at the top of the puddle heats up, it will be converted to the gaseous phase and enter the air as water vapor. Any contaminants that are present in the puddle will be left behind on the ground.
"Kinetic energy" is energy related to movement. If there is no movement, there is no kinetic energy.
She dropped her truck keys, i think. then Edward caught them=) hope this is good enough=)
There are videos showing how to fix a dropped camera on ehow, however, if the camera does not work once it has been left to dry, it is unlikely that the camera will be fixable.
you get a new phone, easy as that
No, evaporation is endothermic as the liquid needs to absorb energy to evaporate
The enthalpy of vaporization for water is 40,65 kJ/mol.
Thermal
No, if a puddle of water is frozen particles in the ice do not have kinetic energy because the water is frozen.
A puddle is the colour of water. However, the ground underneath would change the colour of the puddle.