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The Taylor series expansion of $\dfrac{\sin x}{x-\pi}$ at $x=\pi$ is given by

  1. $1+\frac{(x-\pi)^{2}}{3 !}+\ldots$
  2. $-1-\frac{(x-\pi)^{2}}{3 !}+\ldots$
  3. $1-\frac{(x-\pi)^{2}}{3 !}+\ldots$
  4. $-1+\frac{(x-\pi)^{2}}{3 !}+\ldots$
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