Answer:

Explanation:
An exponential regression equation is given by:

where,
a is the initial amount and b is the growth factor.
As per the statement:
Given the table:
x y
0 2
1 5
2 12
3 40
4 76
5 19
Now, enter the values for x into one list and the values for y into the second list.
Now, graph the scatter plot as shown below in the attachment.
we get the equation of exponent:

⇒

Therefore, the exponential regression equation to best fit the data to two decimal places is,
