Notice that in every case the image is virtual, hence on the same side of the le

Question

Notice that in every case the image is virtual, hence on the same side of the lens as the object. Further, the image is smaller than the object. For a diverging lens and a real object, this is always the case, as can be proven mathematically.

Can a diverging lens be used as a magnifying glass? Explain. (Select all that apply.)

No. The diverging rays always lead to an image smaller than the object.
Yes, by holding it close to the object so that the rays on the backside of the lens converge.
Yes, by holding it far from the object so that the rays on the backside of the lens converge.
Yes, when it causes rays to converge so that the rays traced backward form a larger image.

Please Help!

Explanation / Answer

No. The diverging rays always lead to an image smaller than the object.

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