As you push up a balloon, the air inside it is compressed, causing the pressure to increase. This can lead to a decrease in the volume of the balloon if it is not elastic enough to expand. Additionally, if the balloon is pushed into a region with lower pressure, it may expand as the external pressure decreases. Ultimately, the balloon's behavior depends on the balance between the internal air pressure and the external environmental pressure.
It will contract and become smaller, because of the pressure of the water pushing down on it. It will get smaller and smaller the further under water it is.
When you place a balloon in a very warm greenhouse, the air inside the balloon heats up and expands due to the increase in temperature. As a result, the balloon may become larger as the gas molecules inside move more rapidly and push against the balloon's walls. If the temperature is high enough, the balloon could eventually burst due to the increased pressure. Additionally, prolonged exposure to heat can weaken the balloon material, making it more susceptible to popping.
It Freezes ! :P
When water freezes, it expands as it turns into ice. This expansion causes the volume of the water balloon to increase, which can lead to the balloon bursting if the ice takes up too much space.
When you leave a balloon in the freezer overnight, the air inside the balloon cools down and contracts, causing the balloon to shrink. The particles in the air inside the balloon lose kinetic energy and move more slowly, resulting in a decrease in pressure and volume inside the balloon.
In the Bottled Balloons activity, as you push up the balloons into the bottle, you compress the air inside. This increase in pressure causes the air to push back against the balloon, making it expand and fill with air. When you release the balloon, the pressure is released, allowing the air to escape and causing the balloon to deflate. This demonstrates principles of air pressure and volume in a fun and interactive way.
Air pressure is the force responsible for blowing up a balloon. When you blow air into a balloon, the air molecules push against the walls of the balloon, creating pressure inside that causes the balloon to expand.
6eez
The balloon will crash. The burner keeps it up.
When you inflate a balloon, the air goes inside the balloon and fills it up. The air molecules push against the walls of the balloon, causing it to expand and take on its inflated shape.
the Balloon starts to get starts to heat up and then it pops
The energy required to blow up a balloon comes from your lungs exerting pressure to push the air into the balloon. This process involves the contraction of muscles in your chest and diaphragm to create the necessary force to inflate the balloon.
When a balloon is blown up, its weight remains the same. The air inside the balloon has mass, but it is not the weight of the balloon itself that changes. The buoyant force of the surrounding air supports the weight of the balloon.
To inflate a balloon, you can blow air into it by using your lungs to push air out of your mouth and into the balloon. Alternatively, you can use a pump to push air into the balloon.
when you but the bottle in hot water the balloon particles push apart and cause expansion
When a balloon is heated, the molecules inside gain kinetic energy and move faster. This causes the molecules to push against the walls of the balloon more vigorously, increasing the pressure inside the balloon. If the balloon is heated too much, it can expand or even burst due to the increased pressure.
Heating up a balloon causes the air inside to expand, increasing the pressure. If the balloon cannot withstand the increased pressure, it may burst.