00:01
Hello students.
00:02
In this question, it is given that a particle moves in uniform circular motion.
00:08
Right? so let's assume this is a particle having a radius r and this is moving like this, right, in a circular motion.
00:21
Now we need to find it's a radial velocity and the acceleration, the radial acceleration of the time limit acceleration.
00:30
Right so which one of the following it has so in the uniform acceleration we know that speed is constant so speed is constant then db by and d t and the mode of speed will be zero that means the tangential acceleration in zero but the radial will be known zero that will be always constant that is mb sperm and okay, so let's see.
00:59
Option a, radial velocity and radial acceleration.
01:02
Yeah, option is correct.
01:04
No, option is not correct because there is no radial velocity...