0:00
Hello everyone.
00:01
So in that given situation, it will be talk about that is a displacement time graph.
00:10
Displacement time graph, okay? he says, let's suppose that is your displacement and this is your time.
00:19
So we are mentioned here that is a time and displacement, okay? he says there is two velocities, okay? so two angle, one graph is that and another.
00:31
Graph is that.
00:32
He says that a particle a, so we are mentioned that particle a and it makes an angle of a 30 degree and the particle b displacement time graph make an angle of a 60 degree.
00:46
Dear student, to solve that equation, so first of all we are mentioned here that slope of slope of displacement time graph, displacement time graph is equivalent to a velocity.
01:10
And how we can calculate slope? so slope means we can write here that is slope that is equivalent to a velocity and we can calculate that velocity by a angle of a tangent.
01:24
So we are mentioned that is a 10 theta...