haruspex said:
A is correct answer. if it the spherical considered as regular.if it is not the answer be B.Jahnavi said:
nothing law is necessary for determining the deviation.haruspex said:
sanujan said:
draw perpendicular line for the circle it will goes through the radius of the circle and the normal also in the line of radius.and the light incident on spherical through radius.Jahnavi said:
sanujan said:
Do you mean, at some angle to the normal? Then there would be deviation, dispersion, and maybe internal reflection.Jahnavi said:
Yes, but I don't think that is what B is referring to.sanujan said:
Snell's law gives the answer. It might or might not be necessary to appeal to that.sanujan said:
When white light hits a water drop, it is refracted (bent) as it enters the drop, and then reflects off the back of the drop. This reflection causes the different colors in white light to separate, creating a rainbow effect.
The separation of colors is due to the different wavelengths of light being refracted and reflected at different angles. This phenomenon is known as dispersion.
Yes, the angle at which the light hits the water drop determines the angle at which it is refracted and reflected, thus changing the colors we see in the rainbow. This is why the rainbow appears to move as we change our viewing angle.
The larger the water drop, the more it refracts and reflects the light, resulting in a larger and brighter rainbow. However, if the drop is too large, the colors may overlap and appear white instead of separated.
Yes, the same principle of refraction and reflection applies to other liquids, but the colors may not be as vibrant or distinct as they are with water. The composition and density of the liquid can also affect the appearance of the rainbow.
