Question

Introduction to Limits A patient receives the same dose of medication at regular time intervals. The graph shows the quantity Q(t) of the drug in the bloodstream, in mg, as a function of time, t, in hours. Complete parts a through d below. Q(t) (mg) A. lim t?18+ Q(t) = . At the precise instant the fourth dose is taken, the level of drug in the bloodstream is mg. B. lim t?18+ Q(t) = . As time gets closer to the patient's fourth dose of medication after it is taken, the drug level in the patient's bloodstream approaches mg.

          Introduction to Limits
A patient receives the same dose of medication at regular time intervals. The graph shows the quantity Q(t) of the drug in the bloodstream, in mg, as a function of time, t, in hours. Complete parts a through d below.
Q(t) (mg)
A. lim t?18+ Q(t) = . At the precise instant the fourth dose is taken, the level of drug in the bloodstream is mg.
B. lim t?18+ Q(t) = . As time gets closer to the patient's fourth dose of medication after it is taken, the drug level in the patient's bloodstream approaches mg.

Introduction to Limits
A patient receives the same dose of medication at regular time intervals. The graph shows the quantity Q(t) of the drug in the bloodstream, in mg, as a function of time, t, in hours. Complete parts a through d below.
Q(t) (mg)
A. lim t?18+ Q(t) = . At the precise instant the fourth dose is taken, the level of drug in the bloodstream is mg.
B. lim t?18+ Q(t) = . As time gets closer to the patient's fourth dose of medication after it is taken, the drug level in the patient's bloodstream approaches mg.

Added by Alex S.

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