A convex lens works as a magnifying glass when the object is kept

(a) very far away
(b) at the focus
(c) between the lens and focus
(d) beyond the focus

Open in App

Solution

(c) between the lens and focus
A convex lens works as magnifying glass when the object is kept between the lens and focus.

Suggest Corrections

Similar questions

The smaller the focus of a convex lens, more its magnifying capacity, so why don't we use magnifying glasses with very small focal length?

Q. A simple camera with a converging lens of 60 mm focal length is focused on very far objects. To focus the camera on a nearby object 1.5 m away, the distance between the film and lens will have to be

A convex lens produces a magnification of +5. The object is placed : (a) at focus (b) between f and 2f (c) at less than f (d) beyond 2f

Q. A point object is kept at the focus of a convex lens

Draw ray diagrams showing the image formation by a convex lens when an object is placed

(a) between optical centre and focus of the lens
(b) between focus and twice the focal length of the lens
(c) at twice the focal length of the lens
(d) at infinity
(e) at the focus of the lens

Join BYJU'S Learning Program

A convex lens works as a magnifying glass when the object is kept (a) very far away (b) at the focus (c) between the lens and focus (d) beyond the focus

(c) between the lens and focus A convex lens works as magnifying glass when the object is kept between the lens and focus.

A convex lens works as a magnifying glass when the object is kept

(a) very far away
(b) at the focus
(c) between the lens and focus
(d) beyond the focus

(c) between the lens and focus
A convex lens works as magnifying glass when the object is kept between the lens and focus.