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# Prove the theorem that if limxd h(x) = P and limxd k(x) = Q and h(x) k(x) for all x in an open interval containing d, then P Q by using the formal...

Prove the theorem that if limx→d h(x) = P and limx→d k(x) = Q and h(x) ≥ k(x) for all x in an open interval containing d, then P ≥ Q by using the formal definition of the limit, showing all work.