Recent content by Obama_US

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    What Is the Bandwidth of a 1kHz Modulated 146.52MHz Carrier Using Carson's Rule?

    Please help me check is that the bandwidth is 16kHz...thanks...cause i not so sure is that correct or not
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    What Is the Bandwidth of a 1kHz Modulated 146.52MHz Carrier Using Carson's Rule?

    Urgent...Communication Question Homework Statement A 1kHz sinusoidal frequency modulates a carrier at 146.52MHz with a peak deviation of 5kHz.Evaluate the exact magnitude spectra of FM signal if Ec=1. Sketch your result. Using carson's rule, evaluate the approximate bandwidth of the FM...
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    Calculating Flux in Three Spherical Shells with Varying Charge Distributions

    thanks for helping i already solve the question...Just i made a mistake and now the problem is solved with yours helpful link...once again thank you
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    Calculating Flux in Three Spherical Shells with Varying Charge Distributions

    Please Help ...Urgent ! Don't know how to solve 1. Homework Statement [/b] 3 concentric spherical shells r = 1, r = 2, and r = 3m and have charge distributions 2micro C/m^2, -4microC/m^2, and 5 microC/m^2. Calculate the flux through r = 1.5m and r = 2.5m How to Do? please help...don't know...
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    Calculating Force of 5 MicroC Point Charge at (0, 0, 5) | Step-by-Step Guide

    i already solved this problem...thanks everyone who helping me
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    Calculating Force of 5 MicroC Point Charge at (0, 0, 5) | Step-by-Step Guide

    sorry i really don't get it...the co-ordinates of the center should be (0,0,0) but the corners co-ordinates i not sure cause it got range from -1 to 1... correct me if i wrong Thanks for helping again
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    Calculating Force of 5 MicroC Point Charge at (0, 0, 5) | Step-by-Step Guide

    this part "defined by -1 < x < 1, -1 < y < 1, z = 0." i cannot understand...the data is in variable...so how should i know what is the distance? cause it possible to be any value such as 0,0.1 and etc Thanks for helping ...I just wanted to know use what method to solve
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    Calculating Force of 5 MicroC Point Charge at (0, 0, 5) | Step-by-Step Guide

    Find the force ...Urgent! 1. Homework Statement [/b] 5 identical 15 microC point charges are located at the center and corners of a square which defined by -1 < x < 1, -1 < y < 1, z = 0. Find the force on the 5 microC point charge at (0, 0, 5). Stuck and Cannot Solve. Please Help...
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