lc below is a position graph of an object 35 what is the instantaneous velocity of the object at

Question

Ivan Kochetkov · Answer

Here we have to determine instantaneous velocity at 4 seconds. So this velocity can be found as

Maitreya E · Answer

Hello. So we have been given a position time graph in this question that is x versus t. So we ca

Adi S · Answer

From the provided diagram, velocity decreases with the time. Velocity decreases with the time wi

Prabhu Ramji · Answer

Now look guys in this problem we have the initial position at t equals zero for the particle is

Hubert Agamasu · Answer

Hello, so the gradient of the graph is the instantaneous velocity. Now the way this is done is t

'LC Below is a position graph of an object 3.5 $. What is the instantaneous velocity of the object at t = x (m) v? 4 20 Ct Av = 40 m/s B.v = -10 m/s C.v =-z0 m/s 10 D.v = 10 m/s Ci(s)'