1. A simplified model for the concentration (in micrograms per milliliter) of a certain slow- metabolizing...

Transcribed Image Text:

1. A simplified model for the concentration (in micrograms per milliliter) of a certain slow- metabolizing poison in the bloodstream t hours after ingestion into the stomach is given by Ste-mt/20 if t 0; To if t < 0 f(t) = (a) Give Julia code defining this function. (b) After how many minutes will the poison be at its largest concentration? (c) In the units given, what will be the maximum concentration? 5 pts M 5 pts 5 pts (d) After spiking to the maximum, when will the concentration drop back below 1 microgram 5 pts per milliliter? (e) (Bonus!) Six hours after the first dose, another dose is administered. What will be the 10 pts maximum concentration? 1. A simplified model for the concentration (in micrograms per milliliter) of a certain slow- metabolizing poison in the bloodstream t hours after ingestion into the stomach is given by Ste-mt/20 if t 0; To if t < 0 f(t) = (a) Give Julia code defining this function. (b) After how many minutes will the poison be at its largest concentration? (c) In the units given, what will be the maximum concentration? 5 pts M 5 pts 5 pts (d) After spiking to the maximum, when will the concentration drop back below 1 microgram 5 pts per milliliter? (e) (Bonus!) Six hours after the first dose, another dose is administered. What will be the 10 pts maximum concentration?