which energy transformation takes when a firecracker explodes.

plz, help I don't want answers I want help plz.

what do you see, hear, and feel?

The firecracker has chemical potential energy that is released when it is ignited. This energy is changed to kinetic energy after the firecracker explodes, causing the cans to move. This process is similar to what happens when your car moves. The gas (PE) explodes in the cylinder (KE) throwing the piston down.

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what are the answers pls?

Ah a good man, he/she doesn't want answers, he/she wants help.

Of course, I'll be happy to help! When a firecracker explodes, there are several energy transformations taking place. Here's how you can approach understanding them step by step:

1. Identify the initial form of energy: In this case, the firecracker stores potential energy. This potential energy comes from the chemical energy stored within the explosive material inside the firecracker.

2. Understand the explosion: When the firecracker is ignited, the chemical reactions inside the explosive material rapidly release energy in the form of heat and light. This is an example of a chemical energy to thermal energy transformation.

3. Analyze the thermal energy transformation: As the chemical reactions occur, they produce intense heat. This heat energy is quickly transferred to the surrounding air, causing the air molecules to vibrate and rapidly increase in temperature. The thermal energy is then distributed as radiant energy, primarily in the form of light and sound.

4. Recognize the energy forms after the explosion: After the firecracker has exploded, the stored chemical energy is mostly transformed into thermal energy, sound energy (acoustic vibrations), and light energy (visible, infrared, and ultraviolet).

By going through these steps, you can better understand the energy transformations involved in the explosion of a firecracker. I hope this guidance helps, let me know if you have any further questions!