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If light rays actually converge to the image point, the image is said to be a (virtual/real?) image and the image distance is positive. If the rays diverge, they should be extended backward with dashed lines to the common image point where they appear to meet. The image is said to be a (virtual/real?) image.

Answer :

AAMIRMAJEED5100GO

A virtual image is formed when light rays diverge from a common image point.

The image distance is negative because the light rays are extending away from the image point. This is because the light rays never actually meet at the image point and only appear to meet when extended backward.

A virtual image is an image that is formed when light rays do not actually converge to the image point but instead diverge from the image point. The image distance is negative in this case, and the rays should be extended backward with dashed lines to a common image point where they appear to meet.

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