Answer:
y = 4.
Step-by-step explanation:
I suppose that this question relates to the image that can be seen below.
In the image, the green line represents the exponential function and the blue line represents the linear function.
The y-value after which the exponential function will always be greater than the linear function is the y-value where bot graphs intersect, such that after that point, the blue line starts increasing fast, and is always above the green line.
In this case, this point is the second intersection, and we can see that this intersection happens in the point (2, 4)
Remember that the usual notation for points is (x, y).
Then the y-value after which the exponential function will always be greater than the linear function is y = 4.
Answer:
Part 1 and 2:
A. Forearm (in) Foot (in)
Sarah 10 9
Sam 11. 10
Emma 8 7
Mom 10 9
Dad 11 10
B. M=9-7 over 8-10 the answer is 2 over 2.
C. For every forearm the foot is one inch smaller.
Part 3:
A. 0.860(17)+3.302
B. Y=17.922. They are slightly different. Keren’s has a greater rate. I think the values are different because they have different origins.
C. Yes, because it is an important part for rate of change. Yes it is a function because there can’t be any exponents greater than 1, and its not a straight line if you plug it in.
Step-by-step explanation:
This is just an example dont you the names
m<6.5 & m<3 I just solved it so I hope I helped answering that question
Does it tell you what process to use
Like graphing Substitution or elimination
Sorry :l
USE PEMDAS
8(7+23)=8(7)+8(23)
=56+184
=240
