A certain drug was administered and the function N (t)= 200(0.85)^(t-1) represents the amount of effective medication still available after each hour since the medication was given (interesting note: part of the formula includes "t-1“ because it takes at least one hour for the drug to be absorbed into the bloodstrea Make a graph of versus covering the first 24 hours. The graph must have the appropriate min, max, min, andmax, a title, and appropriate labels for each axis including the correct units of measure.
A certain drug was administered and the function N (t)= 200(0.85)^(t-1) represents the amount of effective medication still available after each hour since the medication was given (interesting note: part of the formula includes "t-1“ because it takes at least one hour for the drug to be absorbed into the bloodstrea Make a graph of versus covering the first 24 hours. The graph must have the appropriate min, max, min, andmax, a title, and appropriate labels for each axis including the correct units of measure.
A certain drug was administered and the function N (t)= 200(0.85)^(t-1) represents the amount of effective medication still available after each hour since the medication was given (interesting note: part of the formula includes "t-1“ because it takes at least one hour for the drug to be absorbed into the bloodstrea
Make a graph of versus covering the first 24 hours. The graph must have the appropriate min, max, min, andmax, a title, and appropriate labels for each axis including the correct units of measure.
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