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if-x-sinx-than-prove-that-x-4-x-2-1-




Question Number 173893 by azadsir last updated on 20/Jul/22
if ∫(x) = sinx than prove that,             {∫(x)^4 } + {∫(x)}^2  = 1
if(x)=sinxthanprovethat,{(x)4}+{(x)}2=1
Commented by MJS_new last updated on 20/Jul/22
∫ is the integral sign...
istheintegralsign
Answered by floor(10²Eta[1]) last updated on 20/Jul/22
∫x doesn′t make any sense  where′s the dx?  ∫xdx=(x^2 /2)≠sinx
xdoesntmakeanysensewheresthedx?xdx=x22sinx

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