The glass filled with warm water didn't experience the same phenomenon as the glass with cold water because the temperature difference affects the behavior of gases dissolved in the water. Warm water holds less dissolved gas than cold water, leading to fewer bubbles forming when the glass is disturbed. Additionally, the increased kinetic energy in warm water allows gas molecules to escape more easily, reducing the likelihood of visible bubbles compared to their formation in colder water.
Water droplets form when the water vapor cools. The cooling causes it to condense into water. A warm glass does not cause cooling or condensation, so no water droplets.
When glass is filled with warm water, the temperature difference between the glass and the water is less extreme compared to cold water. This reduced temperature differential minimizes thermal stress on the glass, preventing it from cracking or breaking. Additionally, glass can often withstand moderate temperature changes without structural failure, as long as the changes are not too rapid or extreme. Thus, the warm water scenario is less likely to induce the same stress that cold water might create in the glass.
It would eventually melt, and somewhat cool the water.
As the ice cubes are added to the glass, they displace the water that was already in the glass. The level of water in the glass will rise slightly due to the displacement caused by the ice cubes, but the total volume of water and ice combined will remain the same as before the ice cubes were added.
The mass of the glass of water will remain the same if there is no evaporation or addition of any substances. The weight of the glass of water may decrease slightly due to evaporation of water over time, but this change would be very small for a short period.
Water droplets form when the water vapor cools. The cooling causes it to condense into water. A warm glass does not cause cooling or condensation, so no water droplets.
Nothing will happen. If you step out of a vehicle on the earth carrying a glass of water, what happens? The water remains in the glass. This is because of the earth's gravity. Moon also has gravity. So water will remain in the glass. But when you tip the glass to pour the water there will be a difference.Water will fall towards the surface of the earth six times faster than it will do on the moon.
increase
It will melt.
If you add more water into the glass once it is full, the water will overflow and spill out of the glass. This is because the glass can only hold a certain amount of water before reaching its capacity.
the volume of water increased when the water is froze
When glass is filled with warm water, the temperature difference between the glass and the water is less extreme compared to cold water. This reduced temperature differential minimizes thermal stress on the glass, preventing it from cracking or breaking. Additionally, glass can often withstand moderate temperature changes without structural failure, as long as the changes are not too rapid or extreme. Thus, the warm water scenario is less likely to induce the same stress that cold water might create in the glass.
The water should evaporate if the glass was not covered.
Nothing will happen
Not much will happen if you put a glass bottle containing teaspoonful of water in it in the sun with its lid closed. It might evaporate.
beakers are not made of water, they are made of glass.
Nothing will happen if you dip the free ends of the wire in a glass of distilled water with a 9 volt of battery for a minute.