Question

The distance traveled by an accelerated particle of mass M is given by the following relation

s = 6t + 3t^2 . The velocity of the particle after 2 second is

Answer 1

Answer:

see the pic for answer

Explanation:

Your final answer is 18m/s.

I hope u get your answer

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Answer 2

Answer:

V = 1 8 M / S

Explanation:

Given: The distance traveled by an accelerated particle of mass M is given by the following relation

s = 6t + 3t^2 .

To find:  The velocity of the particle after 2 second is

Solution:

5 = 6 t + 3 t 2 for velocity we will do

ds dt

V = 6 t + 6

v = 6 t + 6

v = 6 ( 2 ) + 6

V = 12 + 6

V = 1 8 M / S

V = 1 8 M / S Is the correct answer of this question

High wind velocity: rapidity of motion or action; swiftness; speed. Mechanics. the speed at which a body's position changes over time in a given direction. the velocity of an activity or reaction; the pace at which something occurs.

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