MEDIUM
12th ICSE
IMPORTANT
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A concave mirror for face viewing has focal length of 0.4 m. The distance at which you hold the mirror from your face in order to see your image upright with a magnification of 5 is:

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Important Questions on Reflection of Light : Spherical Mirrors

EASY
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 1
The relation between focal length and radius of curvature of a spherical mirror is:
MEDIUM
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 2
When does a convex mirror forms a magnified image?
EASY
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 3
A virtual image larger than the object can be produced by:
EASY
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 4

An object is kept on the principal axis of a concave mirror of focal length 10 cm, at a distance of 15 cm from its pole. The image formed by the mirror is:

MEDIUM
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 1
When does a concave mirror form a virtual image?
MEDIUM
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 2
Use the mirror formula to show that an object placed between focus and centre of curvature of a concave mirror produces a real image beyond the centre of curvature.
HARD
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 2
Use the mirror formula to show that for an object placed between the pole and the focus of a concave mirror, the image is always virtual and enlarged.
MEDIUM
12th ICSE
IMPORTANT
ISC Physics Class 12, Part-2>Chapter 1 - Reflection of Light : Spherical Mirrors>QUESTIONS>Q 2
Use the mirror formula to show that a convex mirror always produces a virtual image, independent of the location of the object.