Answer:

Explanation:
Since, growth in the population of the bacteria is an exponential process,
Formula to get the population of the bacteria after 't' hours is,

From the table given,
After 1 hour, number of bacteria = 32
32 =
------- (1)
After 2 hours, number of bacteria = 256
256 =
------ (2)
Divide equation (2) by equation (1)

b = 8
From equation (1)
32 = 8(A₀)
A₀ = 4
Therefore, rule for the table will be,