An object lying at the distance of 5 cm from a spherical interface as shown in the figure, is moving with the velocity of 5 cm/s. If the interface is moving with a velocity of 3 cm/s, then calculate the velocity of the image formed by the spherical surface.(Assume that spherical interface always seperates air and medium of refractive index 1.5)

An object lying at the distance of 5 cm from a spherical interface as

1.	An object lying at the distance of 5 cm from a spherical interface as shown in the figure, is moving with the velocity of 5 cm/s. If the interface is moving with a velocity of 3 cm/s, then calculate the velocity of the image formed by the spherical surface.(Assume that spherical interface always seperates air and medium of refractive index 1.5)
Answer» An object lying at the distance of $5 cm$ from a spherical interface as shown in the figure, is moving with the velocity of $5 cm/s$ . If the interface is moving with a velocity of $3 cm/s$ , then calculate the velocity of the image formed by the spherical surface. (Assume that spherical interface always seperates air and medium of refractive index $1.5$ )