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Deepak Patra posted an Question
September 26, 2021 • 22:15 pm 30 points
  • IIT JAM
  • Mathematics (MA)

30. let fa,} be the sequence of consecutive positive solutions of the equation tan x = x and {b,} be the se quence of consecutive positive solutions ofthe equat

30. Let fa,} be the sequence of consecutive positive solutions of the equation tan x = x and {b,} be the se quence of consecutive positive solutions ofthe equation tan vr =x.Then, GATE-2013 converges but diverges diverges but 2 converges nel (c) Both2-and Converge Dolh nd diverge 31. The value of lim- IGATE-2013 kn (a) 0 Sone c0, )-( 1 )

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  • Anonymous User best-answer

    B

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    could you show that how solution of tanx =x lies between nπ to (n+1/2)π????

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    x is positive so tan x is also positive which lie in First and third quarterdent so we take this

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    an and bn positive solution so x is positive

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    understand or not

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    no!

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    given tanx=x and x is positive so we take this Range because tanx is positive in 1 and 3 rd qudarent

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