When a balloon is placed in a warm room, the air molecules inside the balloon receive more energy and move faster, causing them to expand and increase the pressure inside the balloon. This leads to the balloon inflating and appearing larger than before.
When you put an inflated balloon in a warm room, the air molecules inside the balloon gain kinetic energy and move faster, causing them to exert more pressure on the balloon walls. This increased pressure may cause the balloon to expand slightly as it absorbs some of the heat energy from the room.
Nothing happens to the mass of the balloon. Mass is conserved, so the temperature of the balloon will not affect it's mass. Mass can be thought of the amount of "stuff" that makes up a balloon. It can be obtained by adding up the mass of all the molecules of rubber in the balloon. Obviously, putting the balloon in a warm room will not change the number of molecules in the balloon, therefore the mass stays constant. The volume of the balloon will probably increase. Because volume increases but mass remains constant, the density of the balloon would decrease. D = m/v
If you put a balloon in a room, it will likely float in the air due to the gases inside being lighter than the surrounding air. The balloon may move around the room based on air currents and may eventually settle on the ground when the gases inside cool down.
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.
When you fill a balloon with steam and put it in the refrigerator, the steam will condense back into water droplets, causing the balloon to shrink as the gas inside loses volume. The cooling of the gas molecules in the balloon will also decrease their kinetic energy, leading to a decrease in pressure inside the balloon.
When you put an inflated balloon in a warm room, the air molecules inside the balloon gain kinetic energy and move faster, causing them to exert more pressure on the balloon walls. This increased pressure may cause the balloon to expand slightly as it absorbs some of the heat energy from the room.
Nothing happens to the mass of the balloon. Mass is conserved, so the temperature of the balloon will not affect it's mass. Mass can be thought of the amount of "stuff" that makes up a balloon. It can be obtained by adding up the mass of all the molecules of rubber in the balloon. Obviously, putting the balloon in a warm room will not change the number of molecules in the balloon, therefore the mass stays constant. The volume of the balloon will probably increase. Because volume increases but mass remains constant, the density of the balloon would decrease. D = m/v
The air inside expands.
If you put a balloon in a room, it will likely float in the air due to the gases inside being lighter than the surrounding air. The balloon may move around the room based on air currents and may eventually settle on the ground when the gases inside cool down.
If you wait long enough, you eventually wind up with one warm balloon and one cold one.
It Freezes ! :P
it pops
it dies
When you put oxygen into a balloon, the gas fills up the balloon and increases the pressure inside. This causes the balloon to expand and inflate. If too much oxygen is put into the balloon, it could burst due to the increased pressure.
No. The volume of the helium will change as it expands the balloon due to the increase in temperature. The density of an element never changes. The reason for that is because density is just a fancy way of saying 'The atoms are this far apart' in the equation mass/volume = density.
The air inside the balloon will contract, so the balloon will tend to look slightly crinkled.
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.