Recent content by speed racer 5

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    Period doubling for a damped, driven, harmonic oscillator

    Yes absolutely i realize now that the step size has to be miniscule! This is the paper I'm trying to simulate http://prl.aps.org/abstract/PRL/v47/i19/p1349_1 I wish I had been given a "simpler" model but alas, as all professors demand the impossible, I was given this ;p Well I see what you...
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    Period doubling for a damped, driven, harmonic oscillator

    I'm not sure I'm in the right forum but I'll try and ask anyways. So I simulated a damped, driven pendulum in Java with the goal of showing period doubling/chaotic behavior. But then, as I was increasing the driving force, i saw the double period born. Then the 4-period...but then suddenly...
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    Solve for a and b: Find f'(10) and Simplify Quotient

    n * x^n-1 ? That's about all i know ;D
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    Solve for a and b: Find f'(10) and Simplify Quotient

    Might as well continue this thread with some more newbie questions I'm trying my hand at some harder stuff that's not part of my homework. How would I find the derivative of 5x + 3*sqrt of x ? There are two x variables so 2 h differences for each?
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    Solve for a and b: Find f'(10) and Simplify Quotient

    OHHHHHH I tried that but forgot to inverse the symbols within f(x) brackets...haha :blushing: That was helpful...are you daniel jackson of stargate?
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    Solve for a and b: Find f'(10) and Simplify Quotient

    Let f(x) = 8x^2 -7x +5. Then the quotient f(10 + h)/h - f(10)/h can be simplified to ah + b when a = ? and b = ? I'm completely stumped on this one...I'm not even sure what they're asking! Is it saying that when x=10, the rate of change is given by the function ah + b? If so, why can't...
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