I think we can deduce the biggest triangular area in a circle with one vertex at the center of the circle and the other vertex on the circle, is a right triangle ...
Seriously, I find this question difficult and I do not see which rule you have to use...
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sudhir3127
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As pepeprepa said it shud be right angle triangle.
i think it shud be 1/2*1*1 = 1/2 ( radius 1 , other side 1 and hypoteneuse sq rt 2 )
hope it helps
i think it shud be 1/2*1*1 = 1/2 ( radius 1 , other side 1 and hypoteneuse sq rt 2 )
hope it helps
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Ian Stewart
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I posted a solution here:pepeprepa wrote:I think we can deduce the biggest triangular area in a circle with one vertex at the center of the circle and the other vertex on the circle, is a right triangle ...
Seriously, I find this question difficult and I do not see which rule you have to use...
www.beatthegmat.com/largest-area-of-of- ... 12221.html
