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I want to know how to find the time it takes for a mass to reach a velocity if a force is applied to it.

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- Thread starter Serj
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Doc Al

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Another (equivalent) way is to use the "impulse-momentum" theorem: [itex]F \Delta t = m \Delta v[/itex].

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i'm terrible at math, can you isolate time on one side of the equation?

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HallsofIvy

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What equation are you using?

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Vf=Vi + at

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Serj said:

Note that there is no mention of a

Zz.

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Serj said:Vf=Vi + at

[tex]t = \frac{v_f - v_i}{a}[/tex]

Make note of what ZapperZ said, though.

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Gokul43201

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cscott has done this for you, but you won't get very far with physics if you don't first brush up on elementary algebra. I strongly recommend you learn the math first.Serj said:i'm terrible at math, can you isolate time on one side of the equation?

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