Create an electromagnet. Explain its components and how it works, including two real-world applications.

Here are the solutions to your assignment: Part 1: Vocabulary Match 1. Electromagnet: C. A temporary magnet created when electricity flows through a wire coil. 2. Core: E. The central magnetic piece (usually iron) inside a coil of wire. 3. Circuit: A. A continuous loop through which electric current flows. 4. Current: B. The flow of electricity through a wire or conductor. 5. Solenoid: D. A coil of wire that acts as a magnet when carrying an electric current. Part 2: True or False 1. Electromagnets are permanent magnets that can never lose their magnetism. FALSE 2. Wrapping a wire more times around an iron nail makes the electromagnet stronger. TRUE 3. Disconnecting the battery shuts off the magnetic field completely. TRUE 4. Adding more batteries to a circuit will decrease the strength of an electromagnet. FALSE 5. Electromagnets are used in real-world technologies like maglev trains and M machines. TRUE Part 3: Short Answer & Diagram Analysis 1. Building an Electromagnet (5 Points) Step-by-step process to make a simple electromagnet: Step 1: Obtain an iron nail (this will be the core), insulated copper wire, and a battery. Step 2: Wrap the insulated copper wire tightly around the iron nail multiple times, ensuring the turns are close together. Leave a few inches of wire free at both ends. Step 3: Carefully strip a small amount of insulation from the free ends of the copper wire to expose the bare copper. Step 4: Connect one stripped end of the wire to the positive terminal of the battery and the other stripped end to the negative terminal of the battery. Step 5: Once the circuit is complete and current flows through the wire, the iron nail will become magnetized, creating a temporary electromagnet. Send me the next one 📸