MCQ
The image formed by a plane mirror is:
  • A
    Virtual, behind the mirror and enlarged.
  • B
    Virtual, behind the mirror and of the same size as the object.
  • C
    Real, at the surface of the mirror and enlarged.
  • D
    Real, behind the mirror and of the same size as the object.

Answer

  1. Virtual, behind the mirror and of the same size as the object.

Explanation:

The image formed by a plane mirror is virtual, behind the mirror and of the same size because it cannot be projected on a screen.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

When a $4 Ω$ resistor is connected across the terminals of a 12V battery, the number of coulombs passing through the resistor per second is:
To obtain a magnification of, -0.5 with a convex lens, the object should be placed:
  1. At F
  2. Between optical centre and F.
  3. Between F and 2F.
  4. Beyond 2F.
Three students A, B and C focussed a distant building on a screen with the help of a concave mirror. To determine focal length of the concave mirror they measured the distances as given below:
Student A : From mirror to the screen.
Student B : From building to the screen.
Student C : From building to the mirror.
Who measured the focal length correctly:
The resistivity of copper metal depends on only one of the following factors. This factor is:
An object is placed 20cm in front of a plane mirror. The mirror is moved 2cm towards the object. The distance between the positions of the positions of the original and final images seen in the mirror is:
  1. 2cm.
  2. 4cm.
  3. 10cm.
  4. 22cm
Under which of the following conditions a concave mirror can form an image larger than the actual object?
Linear magnification produced by a concave mirror may be:
The substance having infinitely high electrical resistance is called:
  1. Conductor.
  2. Resistor.
  3. Superconductor.
  4. Insulator.
The focal length of a spherical mirror of radius of curvature 30cm is:
He then measures the corresponding values of the angle of $(\angle\text{i}).$A student very cautiously traces the path of a ray through a glass slab for different values of the angle of incidence refraction $(\angle\text{r}).$ and the angle of emergence $(\angle\text{e}).$ for every value of the angle of incidence. On analysing these measurements of angles, his conclusion would be.