part b\nwhich configuration will generate an electric current?\na rotate a coil of copper wire between two…

part b\nwhich configuration will generate an electric current?\na rotate a coil of copper wire between two magnets.\nb rotate two magnets inside a piece of copper tubing.\nc wrap copper wire around an iron core and connect to a battery.\nd connect a wire between a copper and zinc strip sitting in a beaker of water.

part b\nwhich configuration will generate an electric current?\na rotate a coil of copper wire between two magnets.\nb rotate two magnets inside a piece of copper tubing.\nc wrap copper wire around an iron core and connect to a battery.\nd connect a wire between a copper and zinc strip sitting in a beaker of water.

Answer

Answer:

A. Rotate a coil of copper wire between two magnets.

Explanation:

Step1: Recall electromagnetic induction

Electromagnetic induction generates current when there is a change in magnetic - flux through a conductor.

Step2: Analyze option A

Rotating a coil of copper wire between two magnets changes the magnetic - flux through the coil, inducing an electric current.

Step3: Analyze option B

Rotating two magnets inside a copper tubing does not necessarily create a changing magnetic - flux through a closed conducting loop in a way that would generate a significant current.

Step4: Analyze option C

Wrapping copper wire around an iron core and connecting to a battery creates an electromagnet, not a situation for generating current through electromagnetic induction.

Step5: Analyze option D

Connecting a wire between a copper and zinc strip sitting in a beaker of water creates a simple electrochemical cell, not a setup for electromagnetic induction to generate current.