Describe how an electromagnetic wave carries energy from place to place. Your description should include the terms electric field, magnetic field, and perpendicular.

The electric field and magnetic field in an electromagnetic wave vibrate at an angle to each other. That angle is 90 degrees, so the vibrations are perpendicular. Each field also vibrates in a direction that is perpendicular to the direction of the wave's motion. This is the same pattern you see in the motion of water waves.

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annyksl annyksl · Answer 2 · 2021-11-25T00:59:59+01:00

The electromagnetic wave transports energy through the vibration of the magnetic field and the electric field.

We can arrive at this answer because:

When energy needs to be transported through an electromagnetic wave, there needs to be an electromagnetic and electric field for this transport to take place.
That's because these two fields will create 90º angles, through a vibration movement, generating the electromagnetic wave and allowing it to advance to the places it needs.

The movement of each field is perpendicular to the movement of the wave, so there is an impulse that stimulates the transport of energy.

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Describe how an electromagnetic wave carries energy from place to place. Your description should include the terms electric field, magnetic field, and perpendicular.​

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Describe how an electromagnetic wave carries energy from place to place. Your description should include the terms electric field, magnetic field, and perpendicular.