Not exactly. When the trigger is pulled, a hammer strikes the back of the bullet with a lot of force. This force ignites the gunpowder within the shell of the bullet, propelling the bullet forward. From there, the bullet hits a target, and they die.
Yes. When a gun is fired, gunpowder in the cartridge burns, producing rapidly expanding gasses. The gasses push the bullet out of the barrel. The burning of the gunpowder is the chemical change.
No, it is a physical change because it can be reversible and no new substance is formed.
Another answer: I believe it to be a chemical change, but I cannot answer if it is reversible.
Yes it is a chemical change
yes, shooting off fireworks is a chemical change because decomposition reactions occur and the nature of the initial chemicals is changed.
Fireworks that are set off are a chemical change.
chemical change
In specific, fireworks aren't really a chemical change -not if it is not being shoo-ted into the air! You see, when exploded into the air, heated is added on it so when it is in the air, it will eventually explode turning it into ashes
They change into chemical to thermal!
yes, shooting off fireworks is a chemical change because decomposition reactions occur and the nature of the initial chemicals is changed.
Fireworks that are set off are a chemical change.
chemical change
In specific, fireworks aren't really a chemical change -not if it is not being shoo-ted into the air! You see, when exploded into the air, heated is added on it so when it is in the air, it will eventually explode turning it into ashes
They change into chemical to thermal!
It is a chemical change because the chemical composition is changed during this reaction.
shooting off to celebrate something.
when fireworks go off, the energy released show a chemical reaction. gasses such as carbon dioxide and particles of smoke go up in the air.
Fireworks going off is a chemical reaction that takes place as the result of ignition.
Physical
The principle is based on chemical reactions.
A chemical reaction (combustion of gunpowder); Newton's laws of motion; the varying spectrums of transition metal compounds.