Answer:
a. yes
Step-by-step explanation:
for every input the should be one and only one output, so this is a function
Answer:
<h2>A= πr^2/4</h2>
Step-by-step explanation:
Step one:
given data
diameter of circle= 12 in
the radius is r=d/2=6in
the area of the circle is
A=πr^2
A=3.142*6^2
A=3.142*36
A=113.1in^2
If the circle is folded in half, the area will be A/2= 113.1/2= 56.55in^2
In the corresponding shape is folded again the area is A/4= 28.3in^2
<u>The expression for the last shape is </u>
<u>A= πr^2/4</u>
For this case what you should know is that all functions tend to infinity when x tends to infinity.
However, there are functions that grow faster than others.
In this case, the function that grows fastest is the one with the highest exponent.
We have then:
g (x) = 5x ^ 500
The exponent of 500 makes the function grow to infinity faster than the other functions.
Answer:
C) g (x) = 5x500
The shorter one is 13 and the other one is 52.
Answer:
-18
Remember PEMDAS.
Step-by-step explanation:
