Optics
Which of the prism is used to see infrared spectrum of light
If a small angled prism, made of glass is immersed in a liquid of refractive index '1' and a ray of light is made to incident on it, then :
liquid has refractive index 1 and of glass we know it is 1.5 so, when ray is incident on the prism it is bent towards the normal in the prism as shown in figure
so, by figure it is clear that emergent ray is bent towards the base of prism.
Which of the prism is used to see infrared spectrum of light
In the given figure, what is the angle of prism
Fill in the blanks : When white light passes through a prism, it _______ .
(a) What happens when a ray of ordinary light is passed through a triangular glass prism? (b) What will happens if another similar glass prism is placed upside down behind the first prism?
In refraction of light through a prism, the light ray :
A ray of light is normally incident on one face of an equilateral glass prism. Answer the following: (a)What is the angle of incidence on the first face of the prism? (b)What is the angle of refraction from the first face of the prism? (c)What will be the angle of incidence at the second face of the prism? (d)Will the light ray suffer minimum deviation by the prism?
The above figure shows a light ray of single colour incident normally on two prism $$A$$ and $$B$$. In each case draw the path of the ray of light as it enters and emerges out of the prism. Mark the angle wherever necessary.
In above figure, a ray of light $$PQ$$ is incident normally on the face $$AB$$ of an equilateral glass prism. Complete the ray diagram showing its emergence into air after passing through the prism. (a) Write the angles of incidence at the faces $$AB$$ and $$AC$$ of the prism. (b) Name the phenomenon which the ray of light suffers at the face $$AB, AC$$ and $$BC$$ of the prism.
Which of the following graphs can possibly represent one-dimensional motion of a particle?
Draw a ray diagram to show how a right isosceles prism made of crown glass can be used to obtain the inverted image?