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The frequency of collisions is reduced
Yes. If the temperature changes enough, the viscosity of oil will change, too. Oil is designed to resist changes in viscosity with temperature changes, at least to a degree. But if the change (either hotter or colder) is extreme, then the viscocity will most certainly change. And, as you'd expect, as it gets hotter, the viscosity of oil decreases (it get thinner), and as it gets colder, the viscosity of oil increases (it gets thicker).
If you have 100 kilos of oil in a sealed can and you cool it or warm it, the weight of the oil will not change. However the volume of the oil in the can will change.
Temperature measures the speed of random thermal motion on the atomic and molecular level. When sub-microscopic particles are moving faster, the liquid as a whole will be more fluid and less viscous.
The close the latitude is to 0, the hotter it is.
The moisture decreases.
The frequency of collisions is reduced
Yes. If the temperature changes enough, the viscosity of oil will change, too. Oil is designed to resist changes in viscosity with temperature changes, at least to a degree. But if the change (either hotter or colder) is extreme, then the viscocity will most certainly change. And, as you'd expect, as it gets hotter, the viscosity of oil decreases (it get thinner), and as it gets colder, the viscosity of oil increases (it gets thicker).
If you have 100 kilos of oil in a sealed can and you cool it or warm it, the weight of the oil will not change. However the volume of the oil in the can will change.
it decreases because when an object is moving as the temperature decreases the object decreases
As the temperature decreases, kinetic energy decreases, and particles slow down.
Temperature measures the speed of random thermal motion on the atomic and molecular level. When sub-microscopic particles are moving faster, the liquid as a whole will be more fluid and less viscous.
As temperature decreases, elasticity also decreases.
The air temperature decreases as you go higher. On the average temperature decreases about 6.5 degrees Celsius for each kilometer.
The close the latitude is to 0, the hotter it is.
When temperature decreases, a fluid will eventually freeze and become solid
the standard deviation of the sample decreases.