In free space, a particle is projected from a point P on axis of a fixed rigid cone AOB, at an angle a = 37° with the axis (see figure). Distance of noint P from the apex O is x= 10 cm and the apex angle of the cone is B = 20°. All the collisions of the ball with the cone are perfectly elastic. (a) Find the distance of closest approach of the ball from the apex. Ans
In free space, a particle is projected from a point P on axis of a fixed rigid cone AOB, at an angle a = 37° with the axis (see figure). Distance of noint P from the apex O is x= 10 cm and the apex angle of the cone is B = 20°. All the collisions of the ball with the cone are perfectly elastic. (a) Find the distance of closest approach of the ball from the apex. Ans
Related questions
Question
Kindly check the answer menntioned in picture containing the question before submitting the solution.
Transcribed Image Text:レ
ニtinンリ23
i In free space, a particle is projected from a point P on axis of a fixed rigid
cone AOB, at an angle a = 37° with the axis (see figure). Distance of
noint P from the apex O is x= 10 cm and the apex angle of the cone is B
= 20°. All the collisions of the ball with the cone are perfectly elastic.
(a) Find the distance of closest approach of the ball from the apex. Aws: x Sin-6cm
6) How many times will the ball collide with the cone?
A
f 366-24tB
- Tnteger furt d 360-244=7
2B
1 Parallel beam of light incident normally on a wall illuminates a round
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 1 images
