Recent content by TRAyres

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    Forward Transfer Characteristic of Triode - Gray Searle P1.1

    Homework Statement This problem is from Gray and Searle's Electronic Principles: P1.1 - The MOS transistor characteristics of Fig. 1.8 are a graphical presentation of the functional relationship ## i_{D} = i_{D}(v_{GS},v_{DS} )## in which ##v_{GS}## is taken as a...
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    What Determines the Total Acceleration Vector at the Top of a Roadway Rise?

    Hot damn, thank you both! Now I'm genuinely glad I asked.
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    What Determines the Total Acceleration Vector at the Top of a Roadway Rise?

    Howdy all, I had a quick question: An example problem in my physics book (Physics for Scientists and Engineers, 6th edition, Serway and Jewett) is going over tangential and radial acceleration (it is example 4.9, if you've got a copy lying around). The question is as follows: A car...
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    How Does the Derivative Step Work in Kreyszig's Solution for Y'=(y+9x)^2?

    ...oh man I was treating y as a constant and not as a variable. y is a function of x, so d/dx(y)=dy/dx... : smacks forehead : thanks.
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    How Does the Derivative Step Work in Kreyszig's Solution for Y'=(y+9x)^2?

    This problem is out of Kreyszig's 9E of advanced engineering mathematics. I don't understand their closed form solution. Their solution ends up being y=3tan(3x+c)-9x. But when they were solving v=y+9x for y, then taking the derivative, they get: y'=v'-9, then set that =v^2 --Thats...
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