find the Anti derivatives or integral of sin2x by the method of inspection.
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HELLO DEAR,
the anti derivatives of sin2x is a function of x whose derivative is sin2x.
we know


I HOPE ITS HELP YOU DEAR,
THANKS
the anti derivatives of sin2x is a function of x whose derivative is sin2x.
we know
I HOPE ITS HELP YOU DEAR,
THANKS
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