Question

Consider the following top view of a pin located in front of a flat mirror. Pin Mirror Use a ruler an protractor to draw as accurately as possible two rays that originate from the pin and reflect off the mirror. Draw the resultant reflection of those rays off the mirror, and the virtual light rays and their convergence at the virtual image of the pin. An image is said to be virtual when the light that forms the image does not actually pass through the image location. An image is said to be real when the light that forms the image does pass through the image location. Share your ray diagram.

          Consider the following top view of a pin located in front of a flat mirror.
Pin
Mirror
Use a ruler an protractor to draw as accurately as possible two rays that originate from the pin and reflect off the mirror. Draw the resultant reflection of those rays off the mirror, and the virtual light rays and their convergence at the virtual image of the pin. An image is said to be virtual when the light that forms the image does not actually pass through the image location. An image is said to be real when the light that forms the image does pass through the image location. Share your ray diagram.

Consider the following top view of a pin located in front of a flat mirror.
Pin
Mirror
Use a ruler an protractor to draw as accurately as possible two rays that originate from the pin and reflect off the mirror. Draw the resultant reflection of those rays off the mirror, and the virtual light rays and their convergence at the virtual image of the pin. An image is said to be virtual when the light that forms the image does not actually pass through the image location. An image is said to be real when the light that forms the image does pass through the image location. Share your ray diagram.

Added by Christopher S.

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