Please provide the answer with clear explanation

Q1. A particle with instantaneous velocity, $v = \frac{v_{o}}{1 + k v_{o} t}$ is moving along positive x-axis. If v_o is the instantaneous velocity at time t then. show that particle has a retardation of magnitude kv ².

Question

Please provide the answer with clear explanation

â€‹â€‹â€‹â€‹â€‹â€‹â€‹Q1
A particle with instantaneous velocity, v = v o 1 + k v o t is
moving along positive x-axis If vo is
the instantaneous velocity at time t then show that
particle has a retardation of magnitude kv 2

Divyanshu Singh · Accepted Answer

Please provide the answer with clear explanation ​​​​​​​Q1. A particle with instantaneous velocity, v = v o 1 + k v o t is moving along positive x-axis. If vo is the instantaneous velocity at time t then. show that particle has a retardation of magnitude kv 2.

Please provide the answer with clear explanation

Q1. A particle with instantaneous velocity, $v = \frac{v_{o}}{1 + k v_{o} t}$ is moving along positive x-axis. If v_o is the instantaneous velocity at time t then. show that particle has a retardation of magnitude kv ².