. The graph shows the variation of magnification m produced by convex lens with image distance v. The focal length of the lens is used is : LA .C TTO →V 247

The graps shows the variation of magnification m produced by as convex lens with the image distance v . The focal length of the lens is

The graph shows how the magnification m produced by a thin lens varies with image distance v. What is the focal length of the lens used?

The graph shows how the magnification m produced by a thin lens varies with image distance v. What is the focal length of the lens used?

The graph shows how the magnification m produced by a thin lens varies with image distance v. What is the focal length of the lens used?

The graph shows how the magnification m produced by a convex thin lens varies with image distance v . What was the focal length of the used ?

The graph shows how the magnification m produced by a convex thin lens varies with image distance v . What was the focal length of the used ?

The graph in Fig. shows how the inverse of magnification 1//m produced by a convex thin lens varies with object distance u . What was the focal length of the lens used ? .

The graph in Fig. shows how the inverse of magnification 1//m produced by a convex thin lens varies with object distance u . What was the focal length of the lens used ? .

The graph between the lateral magnification (m) produced by a lens and the distance of the image (v) is given by