The balloon is airtight so when the temperature increases it has to expand to equal the pressure in the car and at some point it will explode. If the car is completely airtight nothing will happen as the pressure in both the car and balloon will increase by the same amount.

Air molecules collide into the balloon with the same energy inside and outside the balloon. These molecules now collide into the balloon with more energy resulting in increased pressure. The increased pressure causes the balloon to expand.

What happens to the particles in a gas when you increase the temperature? They change direction. According to Charles Law, if you have a balloon inside a car at noon during a hot summer day the balloon molecules inside will increase in pressure.

In a balloon when the temperature increases, the individual gas molecules that you can’t see but that make up gases start moving really fast. When the molecules are moving fast under higher temperatures, they run into the sides of the balloon more often making the balloon bigger.

It is fine to pick up helium balloons from a store and take them home in your car, but it is definitely not a good idea to leave them in a hot car for a long time. This is because helium molecules get bigger when they heat up, so if your balloons keep getting hotter, they will eventually pop.

Since the amount of air in a balloon is fixed, if you change its temperature its volume must change, and so must its size. So yeah: if you heat up a balloon, its circumference will get bigger, and if you cool it down, it’ll get smaller. Hope those help!

The collision of these air particles with the walls generates a high-pressure environment inside the balloon relevant to the atmospheric pressure around it. This is why when a balloon is released; the high-pressure air flows out of the balloon to the low-pressure air surrounding it: ‘Winds blow from high to low.

You probably feel the air pressing against the wall of the balloon with even greater force. By squeezing the balloon, you reduce the space the gas particles can occupy. As the particles are pushed a bit closer together, they collide with more, so the pressure from the moving gas particles increases.

The frozen balloon shrank because the average kinetic energy of the gas molecules in a balloon decreases when the temperature decreases. This makes the molecules move more slowly and have less frequent and weaker collisions with the inside wall of the balloon, which causes the balloon to shrink a little.

A balloon shrinks inside a fridge because of the way gases behave. If the pressures remain the same on a fixed mass of gas, a drop in temperature will reduce the volume of the gas. The gas molecules get closer together and the density increases.

When cooled by liquid nitrogen, the balloon shrinks (not as much as the air-filled balloon) and it sinks down on the table. When heating up, the balloon slowly rises and flies up in the air again. Explanation 1: The volume of the balloon decreases by the low temperature, because the gas inside is cooled down.

What will happen to the size of a balloon when it is placed in a freezer? Explain. It shrinks; as the temperature of the air decreases, the volume of the air decreases.

In hot water, the Balloon inflated because of hot air molecules, and in cold water, the Balloon deflated because of cold air molecules. The hot air molecules are less dense in weight and tend to rise and occupy more space. That’s the reason the hot air molecules travel inside the Balloon and make it expand.

It would shrink What would happen to a balloon placed in a warm oven? (Assume it doesn’t pop.) It would expand 11. Think and discuss: Consider temperature, pressure, and volume. How does the mathematical relationship in Boyle’s law compare to that in Charles’ law?

Charles’ law holds that for a given quantity of gas, V∝T . The colder the temperature, the smaller the volume. Thus the balloon will contract, as the gas gets colder.

The balloon will shrink. The frozen balloon shrank because the average kinetic energy of the gas molecules in a balloon decreases when the temperature decreases.

The combined gas law states that the pressure of a gas is inversely related to the volume and directly related to the temperature. If temperature is held constant, the equation is reduced to Boyle’s law. Gay-Lussac’s law states that at constant volume, the pressure and temperature of a gas are directly proportional.

The shape and size of balloon changes when filled with air or water because these both substances are compressible and can be compressed that is the reason of change in shape and size of a balloon.

Air slowly diffuses through regular latex balloons, but the gaps between latex molecules are small enough that it takes a long time for enough air to leak out to really matter. If you put helium into a latex balloon, it diffuses out so quickly your balloon would deflate in next to no time.

Answer: A plastic bottle as the name says is made up of plastic. Hence, you need a large pot and some heat. The heat will melt the bottle, and the melted plastic can then be used to create a new shape.

The pressure from the water causes the air to compress inside the balloon. The deeper the balloon is taken into the water, the greater the pressure, and therefore, the smaller the balloon will become.

Answer Expert Verified balloon would get bigger. actually get smaller. submerge it. substantial depth of water available, like to the lake or a swimming pool.

As a breath hold diver (skin diver), if you fill your lungs with air at the surface, hold your breath, and dive to a depth of 33 feet, the surrounding pressure will compress your lungs to half of their original size.

An inflated balloon is nothing but, the balloon filled with air or gas. When we try to push an balloon into a bucket of water it moves upward. First reason for this is that it is filled with gas which is very light than air. Due to this reason the balloon moves upwards and tends to float on the water surface.

3) How long will my waterballoons last? Most of your balloons should last for about a week if stored properly on a smooth surface, & in a climate controlled environment.

A person floats in water because the person’s body weight is less than the weight of the water it displaces. The same concept works for floating in the air. A balloon blown up by mouth will not float since the air and the fabric of the balloon weigh more than the air around it.

When anything like a balloon is filled with a gas that is lighter than the air regarding its density, then the balloon will float. Since we are talking about floating balloons without helium, we would consider Hydrogen gas here to fill the balloon.

Because density is altered by altitude, the helium balloon can reach a height of 9,000 meters, or 29,537 feet. Anything higher than this altitude will cause the helium within the balloon to expand and the balloon to pop.

Helium balloons work by the same law of buoyancy. The helium balloon displaces an amount of air (just like the empty bottle displaces an amount of water). As long as the helium plus the balloon is lighter than the air it displaces, the balloon will float in the air.

The alpha particles that are emitted from the decaying atom bond with loose electrons underground, producing helium atoms. Currently, this natural process is the only method with which helium is produced on Earth. In other words: You cannot make your own helium!