When a balloon is put in cold water, the air molecules inside the balloon lose kinetic energy and move closer together, causing the balloon to shrink or deflate. This is because the colder temperature slows down the movement of the air molecules inside the balloon, leading to a decrease in pressure and volume.
When a balloon is placed in cold water, the air inside the balloon contracts, causing it to shrink and decrease in size. This is because the molecules of gas inside the balloon lose energy and move closer together in the colder temperature, leading to a decrease in volume.
If plaster is put on a water balloon, the plaster will absorb the water content from the balloon, causing it to harden. This can result in the balloon deflating as its water content is absorbed by the plaster, leaving behind a hardened plaster shell in the shape of the balloon.
The decrease in temperature caused the air molecules inside the balloon to condense, reducing the pressure and volume of the gas. This resulted in the balloon appearing deflated when removed from the freezer.
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 cold water is put into a water balloon, the water inside contracts and takes up less space. This creates excess pressure on the walls of the balloon, making it more likely to pop when stretched or pressed. Additionally, the balloon material may also become more brittle in colder temperatures, further increasing the likelihood of it bursting.
Yes! If you heat a bottle with hot water, the balloon would grow bigger and bigger while if you put it under cold water, you would find out that the balloon became deflated again.
When a balloon is placed in cold water, the air inside the balloon contracts, causing it to shrink and decrease in size. This is because the molecules of gas inside the balloon lose energy and move closer together in the colder temperature, leading to a decrease in volume.
If plaster is put on a water balloon, the plaster will absorb the water content from the balloon, causing it to harden. This can result in the balloon deflating as its water content is absorbed by the plaster, leaving behind a hardened plaster shell in the shape of the balloon.
you have made a water balloon!
The decrease in temperature caused the air molecules inside the balloon to condense, reducing the pressure and volume of the gas. This resulted in the balloon appearing deflated when removed from the freezer.
In mitral stenosis, you put a deflated balloon through radial artery or femoral artery. Take the balloon to mitral valve and then inflate the same to brake the synechiae there, caused by rheumatic carditis. This procedure is called as balloon valvotomy.
in Biology when u put yeast in test tube and put cold, hot, or warm water in it and put a balloon on top of it why does it blow up?
It gets Cold :D
take the balloon,put the top inside of the sink and twist the lever of the sink.(dont pour in too much water)Next, tie the balloon and have the most s!#$ as$ lame water balloon fight ever u loner!
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 you put water in a balloon and place it over a lit candle, the water in the balloon absorbs and distributes the heat from the flame, preventing the balloon from bursting. The water acts as a heat sink, keeping the balloon cool enough to withstand the heat from the candle without melting or bursting.
When cold water is put into a water balloon, the water inside contracts and takes up less space. This creates excess pressure on the walls of the balloon, making it more likely to pop when stretched or pressed. Additionally, the balloon material may also become more brittle in colder temperatures, further increasing the likelihood of it bursting.