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Math Help - general question about velocity and rates of change

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    general question about velocity and rates of change

    I have a couple of dropping something into a sea or river problems. equations provided(d^2+d+some constant), how do you find the instantaneous velocity at a given time? And also, what are the steps to finding the average velocity from one point to another?

    Aside from the questions above, is the rate of change the same thing as velocity?
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    is up to his old tricks again! Jhevon's Avatar
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    Quote Originally Posted by driver327 View Post
    I have a couple of dropping something into a sea or river problems. equations provided(d^2+d+some constant)
    what does this equation represent? the distance? the velocity? ...
    how do you find the instantaneous velocity at a given time?
    to ensure i can give you an answer you understand, are you in calculus or precalculus?

    And also, what are the steps to finding the average velocity from one point to another?
    this is just the slope between the two points. if (x, f(x)) gives the position, the average rate of change between two points a and b where a > b is given by:

    \mbox {Avg Velocity } = \frac {f(b) - f(a)}{b - a}

    Aside from the questions above, is the rate of change the same thing as velocity?
    yes
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    I believe it represents the velocity. And the answer is in meters.


    I am in calculus.
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    is up to his old tricks again! Jhevon's Avatar
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    Quote Originally Posted by driver327 View Post
    I believe it represents the velocity. And the answer is in meters.


    I am in calculus.
    meters represent distance or position. if it was velocity the unit would be (unit distance)/(unit time), for example, meters per second (m/s)

    it would probably be best if you actually type out the original question
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    I found an example on instantaneous velocity and since velocity=rates of change, I found the answer. Thanks
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    is up to his old tricks again! Jhevon's Avatar
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    Quote Originally Posted by driver327 View Post
    I found an example on instantaneous velocity and since velocity=rates of change, I found the answer. Thanks
    ok. i guess you understand everything then
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