Answer
a) Numerical Estimation:
for $t=5$: $N(5)=1761.02$
for $t=10$: $N(10)=3003.21$
for $t=15$: $N(15)=3015.92$
for $t=20$: $N(20)=3016.00$
for $t=25$: $N(25)=3016.00$
$\lim\limits_{t \to \infty}N(t)=3016.00$
b) $y=3016$
c) This mathematical model shows that 3016 deaths are attributed to the influenza epidemic
Work Step by Step
a) Direct calculations
b) Observation of the graph
c) Direct answer
