climberguy12
climberguy12
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tan*sin=sin*sin/cos = sin^2/cos =(1-cos^2)/cos = sec-cos make it a good day
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this isnt a question... make it a good day
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just make it y=4x^4-13x^3-56x^2-57x-18, and plug it into a handy calculator, and see where it crosses x axis. works best for big ones for me. make it a good day
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just make it y=4x^4-13x^3-56x^2-57x-18, and plug it into a handy calculator, and see where it crosses x axis. works best for big ones for me. make it a good day
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depends how high the plane is of course! make it a good day
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the 3rd side is 32.92. you have the wrong formula. its C^2=A^2+B^2-2ABcos(pheta), assuming the angle is in the middle. that makes the perimeter 110.82 make it a good day.
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the 3rd side is 32.92. you have the wrong formula. its C^2=A^2+B^2-2ABcos(pheta), assuming the angle is in the middle. that makes the perimeter 110.82 make it a good day.
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if you use synthetic division, you can get (x+1)(x^2-x-5), and i think thats all you can do. make it a good day
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if you use synthetic division, you can get (x+1)(x^2-x-5), and i think thats all you can do. make it a good day
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if you use synthetic division, you can get (x+1)(x^2-x-5), and i think thats all you can do. make it a good day
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the 3rd side is 32.92. you have the wrong formula. its C^2=A^2+B^2-2ABcos(pheta), assuming the angle is in the middle. that makes the perimeter 110.82 make it a good day.
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depends how high the plane is of course! make it a good day
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just make it y=4x^4-13x^3-56x^2-57x-18, and plug it into a handy calculator, and see where it crosses x axis. works best for big ones for me. make it a good day
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just make it y=4x^4-13x^3-56x^2-57x-18, and plug it into a handy calculator, and see where it crosses x axis. works best for big ones for me. make it a good day
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this isnt a question... make it a good day
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this isnt a question... make it a good day
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this isnt a question... make it a good day