The molecules in the balloon can't take the pressure inside of it so it bursts.
Yes, heat energy transformation takes place in a hot air balloon. The air inside the balloon is heated using burners, which causes the air to become less dense and rise. As the air inside cools, the balloon descends.
A hot air balloon operates through the transfer of energy, primarily from burning fuel to heat the air inside the balloon. As the air inside the balloon gets heated, it becomes less dense and rises, creating lift. This process involves converting chemical energy from the fuel into heat energy and potential energy as the balloon gains altitude.
The balloon undergoes a decrease in temperature, causing the air molecules inside it to lose energy and move closer together. This results in a decrease in pressure and volume, causing the balloon to shrink in size.
volume decreases to one half of the original volume
Placing a balloon in the freezer will cause the air inside it to cool down and contract, decreasing the volume of the balloon. If the balloon is made of a material that can withstand the drop in temperature, it will likely shrink as the molecules inside it lose kinetic energy and move closer together.
When a balloon is popped, the potential energy stored in the stretched rubber is rapidly converted into kinetic energy and sound energy, causing the balloon to burst. This sudden release of energy is a result of the elastic potential energy stored in the balloon being converted into other forms of energy very quickly.
Yes, heat energy transformation takes place in a hot air balloon. The air inside the balloon is heated using burners, which causes the air to become less dense and rise. As the air inside cools, the balloon descends.
A hot air balloon operates through the transfer of energy, primarily from burning fuel to heat the air inside the balloon. As the air inside the balloon gets heated, it becomes less dense and rises, creating lift. This process involves converting chemical energy from the fuel into heat energy and potential energy as the balloon gains altitude.
When thinking of a balloon, it's best to think of two different chemical compounds that do not mix, the balloon itself and air. What makes the balloon pop is that the pressure of the air exceeds the force of the chemical bonds of the balloon. In order for a chemical reaction to take place, you need to start off with one set of chemicals that become a new set of chemicals.However, when a balloon pops, no new chemicals are created. All that happens is that the electron bonds of the compound we know of as the balloon break.
electronic energy.
The balloon undergoes a decrease in temperature, causing the air molecules inside it to lose energy and move closer together. This results in a decrease in pressure and volume, causing the balloon to shrink in size.
Electrical energy -> Heat energy -> Sound energy.
Electrical energy -> Sound energy.
potineal energy is taken place in a flashlight then is turned into termal and electrical energy
chemical change
When a balloon full of air is moved from a cold place to a warm place, the air inside the balloon will warm up and expand. This causes the balloon to inflate further and possibly burst if the pressure inside the balloon becomes too high.
The activation energy.