can we see the image of a distant object through a convex lens if screen is removed ?

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Solution

Since, convex lens produces real image and the image which can be obtained on a screen is called a real image.
If the screen is removed, then the image formation by convex lens will not take place.

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Similar questions

Q. Student obtains a blurred image of a distant object on a screen using a convex lens. To obtain a distinct image on the screen he should move the lens.

Mohan obtained a sharp inverted image of a distant tree on the screen behind the lens. He then moved the screen and tried to look through lens in the direction of the object. He would see:

To determine the focal length of convex lens by obtaining a sharp image of a distant object we generally follow the following steps which are not in proper sequence.

(a) Hold the lens between the object and the screen

(b) Measure the distance between the lens and the screen

(c) Select a well lit distant object

(d) Adjust the position of the lens to form a sharp image

Q. When a convex lens is placed in between the object and the screen, and the object is at a distance of

45 cm

from the screen by the convex lens, we obtain a small image of the object on the screen. By moving the lens, we receive a different image on the screen, whose size is

4

times greater than the first. The focal length of the convex lens is ( in

cm

)

Q. The image of a distant object formed by a convex lens is:

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can we see the image of a distant object through a convex lens if screen is removed ?

Since, convex lens produces real image and the image which can be obtained on a screen is called a real image. If the screen is removed, then the image formation by convex lens will not take place.

Since, convex lens produces real image and the image which can be obtained on a screen is called a real image.
If the screen is removed, then the image formation by convex lens will not take place.