If your first term is x to the 2/3 power, use a graphic method or successive approximation. Plot x^(2/3) and x+1/6 on the same graph and find the intersection.
If your first term is x squared over 3, then use the quadratic formula for ax^2+bx+c:
x = [-b ± √(b^2 - 4ac)]/2a where a = 1/3, b = -1 and c = -1/6
2007-02-10 20:20:17
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answer #1
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answered by gp4rts 7
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x=0
2007-02-11 04:19:55
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answer #2
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answered by elroloreversal 1
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As you have written it, the equation may be shown as:-
x^(2/3) - x - 1/6 = 0.
However , I have a funny feeling that you may mean:-
x² / (x-3) - x - 1/6 = 0 ?????
2007-02-11 06:10:17
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answer #3
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answered by Como 7
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x^2/3 - x = 1/6
x^2/3 ( 1 - x^1/3 ) = 1/6
So solve for:
x^2/3 = 1/6
and
1 - x^1/3 = 1/6
x^1/3 = 5/6
x^2/3 = 1/6
[x^2/3] ^ 3 = 1/6^3
x^2 = 1/216
sqrt [x^2] = sqrt [1/216]
x = 0.068 or 1/[6 sqrt6].
Do the same for the other
2007-02-11 05:00:21
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answer #4
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answered by bourqueno77 4
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The written equation is ambiguous (gp4rts is right). You need to use () to help clarify the equation.
2007-02-11 04:30:02
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answer #5
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answered by smartprimate 3
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the best is using numerical analysis.
2007-02-11 04:20:38
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answer #6
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answered by koki83 4
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