el represents a

2. The equation p(t) = 1

population of bacteria, in thousands, t

days after it was first counted. Here is a

graph of y=p(t).

Select all the true statements.

p(t)=1 et

Y=

ут

60

50

40

30

20

10

0.5 1 1.5 2 2.5 3 3.5 4 4.5 t/nA. In(30) is the number of days until the population reaches 30,000.

B. The graph shows that 3 is a reasonable approximation for In 20.

C. In(t) = y is the logarithmic form of y=e¹.

D. The value of e4 is greater than 50, so the value of In(50) is less than 4.

E. The graph shows that 10 is a reasonable approximation for In(2.3).