reletive to you and reletive to people around you it is not. but the earth is moving so reletive to something in outer space it is
Brownian motion. This is the motion of small objects (like pollen) that appear to jiggle around while sitting in a drop of water. You can view this motion under a microscope.
400 mL
wsh it wid water
Water can exist in three states; as liquid water, as solid ice, and as the gaseous water vapor. In the presence of a cold surface such as the outside of a glass containing ice, vapor in the air will condense into liquid water on the cold outside surface.
It depends If the water is cold and the temp of glass don;t matter than it is glass of cold water If the glass is cold and the temp of the water don't matter than it is cold glass of water People normally use glass of cold water
The full logic problem as I heard it is, "There was a woman who walked into a shop. She asked the man behind the counter for a glass of water. The man behind the counter pulled out a gun. The woman thanked him, and then left."AnswerThe woman had the hiccups, which is why she wanted a glass of water. The shopkeeper instead pulled out a gun, and scared her hiccups away.
Measure its temperature.
take a glass of water and put on your older brother. he will beat you. this will show the law of motion.
If you slowly move the cardboard the coin on top will move with the cardboard. Law of Inertia. There is not enough force to drop the coin into the water.
The exact same reason a glass filled with ice water sitting on a table has CONDENSATION forming on the outside of the glass .. The ambient temperature is HIGHER then the glass and thus the dripping
your question it isn't clear
Evaporation - to change into vapor. For example, if you leave a glass of water sitting out for a long period of time, the water will eventually evaporate and disappear.
Probably if you search it on google you might find it.
Brownian motion. This is the motion of small objects (like pollen) that appear to jiggle around while sitting in a drop of water. You can view this motion under a microscope.
By combining any two visually distinct liquids, such as water and a drop of food coloring. Brownian motion is the constant motion of molecules, so if you fill a clear glass with water and then place one drop of food coloring into the water, you can watch as the food coloring diffuses throughout the water by Brownian motion.
400 mL
wsh it wid water