The contrapositive of the statement: 'If a function $f$ is differentiable at $a$,then it is also continuous at $a$',is

  • A
    If a function $f$ is continuous at $a$,then it is not differentiable at $a$.
  • B
    If a function $f$ is not continuous at $a$,then it is differentiable at $a$.
  • C
    If a function $f$ is not continuous at $a$,then it is not differentiable at $a$.
  • D
    If a function $f$ is continuous at $a$,then it is differentiable at $a$.

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