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At first, the electric motor did not spun and the battery/wires werent hot. So I figured that it was the connection between the ends of the batteries with the wires that didnt allow for the electric current to pass through to the wires. So I improved it by making sure the paper clips are in full contact with the extruded ends of the battery and stabilized its position with more tape.

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Copper wires are conductors that electric current can pass through. Sanding off the copper of the wires gets rid of the insulation to improve the flow of the electric current. The copper wires then makes a coil, which helps create torque from the electric current, thus, the circle serves as a magnet from the electricity generated.

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The magnet serves as a magnetic force to move the copper circle at the top. When spinning the wires, the magnet and the magnetic force from the electric currents of the copper wires spins the copper circles at a very fast speed since magnets and the magnetic field attracts and thus, making the copper wire spin.

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The paper clips are made from iron so they are conductors of electricity, meaning electric currents from the battery can pass through the paper clips and direct it through the copper wires. This also serves as a vertical structure to hold up the copper circle (the part that spins) above the magnet.

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Batteries stores chemical energy and converts it to electrical energy. The chemical reactions in batteries involve the flow of electrons that generates electrical currents. The current flows out from the positive side and enters from the negative side of the battery so that an electric circuit works.

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Electromagnetic induction is creation of magnetic force through flowing electrons as well as the creation of electric currents through a magnetic force. The flow of electrons creates a magnetic field around the conductor.

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In the electric motor, the electric current from batteries that passes through the wires creates a magnetic field around the copper wires, which then reacts with the magnet at the bottom when they attract and spins to generate kinetic energy. Showing how electric energy is being to kinetic energy through electromagnetic induction.

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The induction stove works because of electric currents passing through a coiled copper underneath the stove. Thus, the flow of electrons create a magnetic field around the coil. The electrical resistance from the changing magnetic fields creates internal friction from the magnetic fields that heats up the stove.

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In headphones, the variations in electric current flow produces various magnetic fields around the electromagnet. The magnetic fields in the headphones are essential for the sound waves, where the pressure variations in the air caused by variations in the magnetic field forms sound waves in the headphones.

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“How Do Headphones Use Electromagnets? (Professional Guide!).” MakkiTvPK, 13 Oct. 2022, https://www.makkitvpk.com/how-do-headphones-use-electromagnets/#:~:text=The%20electromagnet%20in%20headphones%20is%20located%20in%20the,connected%20to%20the%20audio%20signal%20from%20the%20amplifier.

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Adwin. “How Does an Induction Cooktop Work? Its Cooking Mechanism.” How Does an Induction Cooktop Work? Its Cooking Mechanism, 1 Jan. 1967, https://www.kitchenapparatus.com/how-does-an-induction-cooktop-work/.