List of top Physics Questions on Ray optics and optical instruments asked in AMUEEE

Consider an optical system consisting of a concave mirror $ M_1 $ and convex mirror $ M_2 $ of radii of curvature $ 60 \,cm $ and $ 20\, cm $ , respectively. Two mirrors are separated by a distance of $ 40\, cm $ . An object $ O $ is placed at a distance $ 80\, cm $ from $ P $ . The final image is formed at a distance
A man running at a speed $ 5 \,m/s $ is viewed in the side view mirror of radius of curvature $ R = 2\, m $ of a stationary car. Calculate the speed of image when the man is at a distance of $ 9 \,m $ from the mirror
Figure shows an object $ AB $ placed in front of two thin coaxial lenses $ 1 $ and $ 2 $ with focal lengths $ 24\, cm $ and $ 9.0 \,cm $ , respectively. The object is $ 6.0\, cm $ from the lens I and the lens separation is $ L = 10\, cm $ . Where does the system of two lenses produce an image of the object $ AB $ ?
A beam of parallel light rays is incident on a solid transparent sphere of refractive index $ \mu $ . If a point image is produced just at the back of the sphere, what is the refractive index of the sphere?
An object and its real image are located at distances $25\, cm$ and $40 \,cm$ respectively from the two principal foci of a convex lens. The linear magnification of the image is near to
A microscope is focused on a coin lying at the bottom of a beaker. The microscope is now raised up by $1 cm$. To what depth should the water be poured into the beaker so that coin is again in focus? (Refractive index of water is $\frac{4}{3}$ )
An object is placed at a distance of $10\, cm$ from co-axial combination of two lenses $A$ and $B$ contact. The combination forms a real image three times the size of the object. If lens $B$ concave with a focal length of $30\,cm$. The nature and focal length of lens $A$ is
A $ 4.5 \,cm $ object is placed perpendicular to the axis of a convex mirror of focal length $ 15 \,cm $ at a distance of $ 12\, cm $ . The size of the image is
What is the refractive index of material of a plano convex lens, if the radius of curvature of the convex surface is $10 \,cm$ and focal length of the lens is $30 \,cm$?
An object moving at a speed of $ 5\,m/s $ towards a concave mirror of focal length $ f = 1\, m $ is at a distance of $ 9\, m $ . The average speed of the image is
A square card of side length $ 1 \,mm $ is being seen through a magnifying lens of focal length $ 10 \,cm $ . The card is placed at a distance of $ 9 \,cm $ from the lens. The apparent area of the card through the lens is