A convex lens made of glass `(mu_(g)=3//2)` has focal length f in air. The image of an object placed in front of it is inverted, real and magnified. Now the whole arrangement distance between object and lens. Then

A convex lens made of glass ( mu_(g) = 3/2) has focal length f in air. The image of an object placed . infront of it is inverted real and magnified. Now the whole arrangement is immersed in water ( mu_(w) = 4/3) without changing the distance between object and lens. Then

A convex lens of focal length f will form a magnified real image of an object if the object is placed

A convex lens has focal length 5m. At what distance should an object be placed so as to have a real image magnified twice?

Where should an object be placed in front of a convex lens so as to obtain its real, inverted and magnified image?

A convex lens of focal length 30 cm produces 5 times magnified real image of an object. What is the object distance?

A convex lens of focal lengths 30 cm produces 5 times magnified real image of an object What is the object distance ?

A convex lens of focal length 30 cm produces 5 times magnified real image of an object. What is the object distance?