CTET Paper II (Upper Primary: Class 6-8)

Light - Reflection Refraction Laws Lenses Mirrors Rainbow Dispersion question bank (Mathematics & Science)

Practice 46 free CTET Paper II (Upper Primary: Class 6-8) Mathematics & Science - Light - Reflection Refraction Laws Lenses Mirrors Rainbow Dispersion questions with answers and step-by-step solutions.

Start free Book a demo

All Easy Hard Medium

Q1.

Identify the correct statement.

CTET Paper II - Jul 2019, Q88 (Official PYQ)

(A)

A concave mirror always forms an erect image.

(B)

A concave mirror forms an erect as well as inverted image.

(C)

A convex mirror always forms an inverted image.

(D)

A convex mirror forms erect as well as inverted image.

Show answer & solution

Verified Answer & Solution Locked

Q2.

A ray of light travels from air into three media A, B and C with different optical densities. Refer to the table given below and identify X, Y, Z and W:
Table:
- Air to medium A: Change in speed of light = X, Change in frequency of light = Y, Change in wavelength of light = Decreases
- Air to medium B: Change in speed of light = Increases, Change in frequency of light = No change, Change in wavelength of light = Z
- Air to medium C: Change in speed of light = Remains same, Change in frequency of light = W, Change in wavelength of light = No change
Choose the correct option.

CTET Paper II - Feb 2026 (07 Feb), Q68 (Official PYQ)

(A)

X—Increases; Y—Decreases; Z—Decreases; W—Increases

(B)

X—Increases; Y—Increases; Z—Increases; W—Increases

(C)

X—Decreases; Y—Remains unchanged; Z—Increases; W—Remains unchanged

(D)

X—Decreases; Y—Decreases; Z—Increases; W—Remains unchanged

Show answer & solution

Verified Answer & Solution Locked

Protected Questions

Unlock All 4 Questions in Light - Reflection Refraction Laws Lenses Mirrors Rainbow Dispersion

Log in or sign up free to access every question with complete solutions, create chapter practice tests, and track your performance.

Sign up free to access all 4 questions

Unlock every Light - Reflection Refraction Laws Lenses Mirrors Rainbow Dispersion question, generate papers, and practice at your own pace.

Start free