Light Going Through a Prism

In an experiment on tracing the path of the rays of light passing through a glass prism, the correct setting of protractor (D) for measuring the angle of incidence ∠i in diagram is

• Fig (i)

• Fig(ii)

• Fig(iii)

• Fig(iv)

A student showed the following traces of the path of a ray of light passing through a glass prism as shown in the image. The trace most likely to have been done correctly by her, is

• Fig(i)

• Fig(ii)

• Fig(iii)

• Fig(iv)

Tags

NGSS.MS-PS4-2

Four students A, B, C and D perform experiment on tracing the path of light ray through a glass prism. The correct position of the pins used to describe incident ray is shown on paper by four of them, respectively as shown in the image. The correct result is obtained by

• (a) A and B both

• (b) B and C both

• (c) A and D both

• (d) A only

Tags

NGSS.MS-PS4-2

For the refraction of a ray of light through a glass prism, the path of a ray of light is shown in the image.

The angle of incidence, the angle of emergence and the angle of deviation respectively have been represented in the diagram given. The angle of incidence, the angle of emergence and the angle of deviation respectively have been represented by

• (a) Y, N, Z

• (b) X, Z, M

• (c) X, N, Z

• (d) X, M, Z

In an experiment to trace the path of a ray of light through a glass prism for different values of angle of incidence, a student would find that the emergent ray

• (a) is parallel to the incident ray.

• (b) perpendicular to the incident ray.

• (c) is parallel to the refracted ray.

• (d) bend at an angle to the direction of incident ray.

Tags

NGSS.MS-PS4-2

For tracing the path of a ray of light through a glass prism, the ideal distance between two pins is

• (a) 2-3 cm

• (b) 3-5 cm

• (c) 6-8 cm

• (d) 10 – 15 cm

Which of the following is the best set-up for tracing the path of ray of light through a glass prism?

• (a) (i) only

• (b) (ii) only

• (c) (iii) only

• (d) (iv) only

Tags

NGSS.MS-PS4-1

NGSS.MS-PS4-2

While performing experiment to trace the ray of light through a triangular glass prism, a student is asked to draw the boundary of a prism on a paper. This is done to

• (a) see whether the given prism is triangular or not.

• (b) ensure that the prism is always kept within the boundary during experiment.

• (c) check whether the edges of the prism are broken or not.

• (d) make the diagram more clear.