Suppose that an outbreak of cholera follows severe flooding in an isolated town of 7174 people. Initially (Day 0), 32 people are infected. Every day after, 11% of those still healthy fall ill.

How many people will be infected by the end of day 12?

Question

Mathematics

Monty

26 December, 10:58

Suppose that an outbreak of cholera follows severe flooding in an isolated town of 7174 people. Initially (Day 0), 32 people are infected. Every day after, 11% of those still healthy fall ill.

How many people will be infected by the end of day 12?

+1

Answers (1)

Know the Answer?

Demetrius Ross · Answer 1

19939

Step-by-step explanation:

Ok ...

First day, day 0 32 people were infected

People remaining healthy is = 7174-32

= 7142

So 0.11 of people remaining healthy are infected everyday.

For extra 12 days

Let's know the number that will be infected.

T0 = 32

T12 = T0 + 7142e (-12*0.11)

T12 = To + 1997.88

T12 = 32 + 1997.88

T12 = 19939

Suppose that an outbreak of cholera follows severe flooding in an isolated town of 7174 people. Initially (Day 0), 32 people are infected. Every day after, 11% of those still healthy fall ill.How many people will be infected by the end of day 12?

Suppose that an outbreak of cholera follows severe flooding in an isolated town of 7174 people. Initially (Day 0), 32 people are infected. Every day after, 11% of those still healthy fall ill.

How many people will be infected by the end of day 12?