The balloon should expand because the frozen carbon dioxide (dry ice) will sublime into carbon dioxide gas when placed into the room temperature water. The gas will expand, causing the balloon to expand.
The cooler air inside the balloon would increase in temperature, causing it to expand and potentially burst the balloon. This is because gases expand when heated.
If a balloon is placed above boiling water, the heat from the water will cause the air inside the balloon to expand. The balloon will likely inflate and may eventually burst if the heat is not removed or the balloon is not released.
When a balloon filled with helium or CO2 is placed in the refrigerator, the gas inside the balloon will contract and become denser due to the lower temperature. This will cause the balloon to deflate slightly or shrink in size. Once the balloon is removed from the refrigerator and returns to room temperature, the gas will expand again and the balloon will regain its original size.
When a bottle-and-balloon system is placed in hot water, the air inside the bottle expands due to an increase in temperature. Since the bottle is sealed off from the outside, the expanding air has nowhere to go, causing the balloon to inflate as a result of the increased pressure inside the bottle.
Air inside the bottle expands when the bottle is heated. Some of it leaves the bottle until the pressure of the heated air remaining in the bottle equals the pressure of the air in the room. The balloon is then placed over the neck of the bottle and prevents any more air from entering or leaving the bottle. The air inside the bottle cools to the temperature of the ice water. The cooler air inside the bottle takes less space (volume) than it did when hot, so it sucks the balloon inside the neck of the bottle. Air pressure inside the bottle causes the balloon to stretch and enlarge until the air pressure inside the bottle, including the air in the balloon, has the same pressure as the air in the room.
The air inside the balloon will contract and the balloon will deflate due to the decrease in temperature causing the air molecules to slow down and decrease in volume.
The air molecules inside the balloon will heat up and move faster, increasing the pressure inside the balloon. This will cause the balloon to expand and grow in size.
When the air inside a balloon cools, it will also contract, therefore the balloon will partially deflate.
When the air inside a balloon cools, it will also contract, therefore the balloon will partially deflate.
The cooler air inside the balloon would increase in temperature, causing it to expand and potentially burst the balloon. This is because gases expand when heated.
When the bottle is placed in hot water, the air inside expands due to the increased temperature. This causes the balloon to inflate as the air pressure inside the bottle increases.
A balloon placed in a condition of low pressure will be the largest. This is because the lower the pressure of the surrounding air, the more the balloon will expand to equalize the pressure inside and outside of the balloon.
The balloon is filled with a gas.
When the balloon is placed in the cold dry ice container, the air inside the balloon cools down, causing its temperature to decrease. As a result, the air molecules lose energy and move slower, leading to a decrease in pressure and volume inside the balloon, causing it to shrink.
If a balloon is placed above boiling water, the heat from the water will cause the air inside the balloon to expand. The balloon will likely inflate and may eventually burst if the heat is not removed or the balloon is not released.
A balloon will contract when placed in the refrigerator because the cold temperature slows down the air particles inside the balloon, causing them to decrease in volume.
When the bottle is placed in hot water, the air inside it expands due to the increase in temperature. This expanded air flows into the balloon, causing it to inflate. The molecules of gas inside the bottle have more kinetic energy when heated, leading to increased pressure and volume, pushing the air into the balloon.