Question:
The minimum distance from a real object to the real image in a concave mirror is equal to
The minimum distance from a real object to the real image in a concave mirror is equal to
Updated On: Apr 17, 2025
- \(2F\)
- \(F\)
- \(0\)
- \(\frac F2\)
Show Solution
Verified By Collegedunia
The Correct Option is C
Solution and Explanation
The correct option is (C): \(0\).
Was this answer helpful?
0
0
Top TS POLYCET Physics Questions
- What is the focal length of a double concave lens kept in air with two spherical surfaces of radii \(R_1=30 \ cm,\ R_2=60\ cm\) and refractive index of glass is \(n=1.5\)?
- Which of the following is the formula for magnification of spherical mirror?
- The lens which can form real and virtual images is
- Unit of power of a lens.
- If a convex lens is placed in water, its focal length is
View More Questions
Top TS POLYCET Reflection Of Light By Spherical Mirrors Questions
- If a convex lens is placed in water, its focal length is
- In our eye cones identify
- The size of the image formed by a convex mirror is always
- The spherical mirror whose reflecting surface curved outward is
- The type of mirror used in solar cooker is
View More Questions
Top TS POLYCET Questions
- What is the focal length of a double concave lens kept in air with two spherical surfaces of radii \(R_1=30 \ cm,\ R_2=60\ cm\) and refractive index of glass is \(n=1.5\)?
- Which of the following is the formula for magnification of spherical mirror?
- The lens which can form real and virtual images is
- Unit of power of a lens.
- If a convex lens is placed in water, its focal length is
View More Questions