Recent content by stronghold.mr

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    Quadratic Proof: Showing a>0 Implies b^2 - 4ac \leq 0

    sorry mark didnt know that will take care from next time just wanted to make a bit attractive
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    Quadratic Proof: Showing a>0 Implies b^2 - 4ac \leq 0

    [SIZE="3"]AFTER SEEING TO THE LINKS NOW WE MAY PROCEED AS WE KNOW THAT FOR PARABOLA ABOVE X AXIS ALL THE VALUES OF function y=ax^2+bx+c > 0 BELOW X AXIS ALL THE VALUES OF function y=ax^2+bx+c < 0 now i hope you can join every knowledge you gained and get your answer...
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    Quadratic Proof: Showing a>0 Implies b^2 - 4ac \leq 0

    [SIZE="4"]I HOPE YOU ARE CLEAR WITH THE GRAPHS OF PARABOLA FOR QUADRATIC EQUATION....IF YOU ARE NOT SEE THE LINK BELOW(NOT VERY DESCRIPTIVE BUT THEN ALSO HELPFUL SEE THIS http://picasaweb.google.com/lh/photo/2LXaGSP0A9V_AI5_vVAOcQ?feat=directlink" (NOT ABLE TO ATTACH IT) -...
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    Projecting Area and Flux of Hemisphere, Frustum & Cone

    thanks for ur reply but can u please explain it for frustum and hemisphere not getting the answer in case of frustum and please confirm hemisphere one thanks
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    Projecting Area and Flux of Hemisphere, Frustum & Cone

    PREVIOUS POST ----https://www.physicsforums.com/showthread.php?t=165844 THIS POST HELP ME OUT TO SOME EXTENT BUT I AM STILL MESSED UP... I am messed up with the concept of projection of area of different surfaces and flux through different surfaces... Please someone explain it with some...
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    Calculating Flux through a Uniform Electric Field Penetrating a Cone

    i am still not able to get it.... I am messed up with this concept of projection of area of different surfaces and flux through different surfaces... Please someone explain it with some examples such as - 1. Hemisphere 2. Frustum 3. Cone we have to find flux through all these surfaces
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