The velocity of a particle traveling in a linear path is known to be: v =...

The velocity of a particle traveling in a linear path is known to be: v = ( s ^ 2 )/ 2000 + ( s ^ 4 )/ 2100 where v and s are [m/s] and [m], respectively. Use Riemann sum to determine the time in seconds for the particle to travel from s = 2 m to s = 3m. Use a minimum of ten (10) intervals. Show all work in this worksheet.

The technique spoken of in the question is Riemann Sum.

Also v=s^m/A + sf^n/B where s is 2, sf is 3, m is 2, n is 4, A is 2000, B is 2100

Expert Solution

In the last line the eq given contradicts the eq given in the beginning . I have gone ahead with eqn given in the beginning.

samet mamat answered 2 years ago

Particle A moves along an axis in the laboratory with velocity V = 0.3c. Particle b...

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A particle moves along a line with velocity function ?(?) = ?^2 − ?, where v...

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. A particle is moving so that its velocity is v(t) = 3t 2 − 30t...

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