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(a) On the 24th day, the number of active cases are 53,697 and on the 26th...

(a) On the 24th day, the number of active cases are 53,697 and on the 26th day, the active cases increase to 82,272. Find the value of the constants in the above derived model.

The equation is: I(t)=K0ekt where k0 is the number of infected population present at t=0 and assuming the infected population grows continuously at a rate proportional to the number (of infected population)present.

(b) Predict the number of active cases on the 30th day.

(c) If we are to follow the model as derived in this problem, is there a point in time the active cases diminish?If yes, find the number of days it takes such that no person is infected. If not, state reasons.

(d) What are some of the steps you follow to decrease the spread of the virus (and making this world a safer place live in)?

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