Why an inflated balloon expand in warmwater?

Answer 1

When particles are heated up the particles expand and when it is cooled down they contract, so on a hot day the balloon's particles will expand and when the temperature comes down the particles will contract.

Answer 2

Oh, dude, when you put an inflated balloon in warm water, the air molecules inside the balloon start moving around faster because of the heat. This makes them hit the walls of the balloon more frequently and with more force, causing the balloon to expand. It's like giving the balloon a little sauna session, making it puff up like it's ready for a party.

Answer 3

An inflated balloon expands in warm water due to the increase in temperature causing the air molecules inside the balloon to gain kinetic energy. This increase in kinetic energy leads to the air molecules moving faster and further apart, exerting more pressure on the walls of the balloon and causing it to expand. Additionally, the warmer water surrounding the balloon transfers heat to the air inside, further increasing its temperature and expanding the balloon.

Answer 4

Well, honey, when you stick a balloon in warm water, the air particles inside get all hot and bothered, start moving around like they're at a disco, and that makes them spread out and take up more space. So, the balloon expands because those rowdy air molecules are trying to escape and party it up in the water. It's like trying to contain a bunch of wild teenagers at a pool party - they just can't help but take up more space when things heat up.

Answer 5

Actually, it should decrease in size. The volume of a gas is directly proportional to the temperature of a gas (measured in Kelvin). Therefore if you inflate a balloon with your warm breath and then cool it down with cold water, the balloon will shrink, not increase in size.

See the Related Questions for more information about the effect of temperature on gases.

Answer 6

When an inflated balloon is placed in warm water, the air inside the balloon heats up, and its molecules move faster, causing them to exert more pressure on the walls of the balloon. This increased pressure pushes the walls of the balloon outwards, causing it to expand. Conversely, when the balloon is placed in cold water, the air inside cools down, and its molecules move slower, resulting in decreased pressure and a decrease in the size of the balloon.