Answer:
The rate of change of f(x) is greater than that of g(x)
They have the same y intercept of 14
Step-by-step explanation:
Given

Table for function f(x)
Required
Compare their rate of change and intercept
For g(x), we have:

The form of an equation is:

Where


So:


For f(x): Start by calculating the slope (m)



The intercept is calculated using:

Where

--- we want to solve for y
So:


Multiply both sides by 2

Make y the subject


So, we have:
and
-- for g(x)
and
--- for f(x)
By comparison:
The rate of change (i.e. slope) of f(x) is greater than that of g(x) because 
They have the same y intercept of 14
i thinks its b......................
That means you are multipliying 10,000,000 by 280,509,031...
Answer:
B) 0.24
Step-by-step explanation:
As we plot the point on the best fit line for the concentration of 0.2 the absorbance level predicted should be 0.24.