Line graphs
are used when data involves measurements that are related, or dependent
on one another. They are commonly used to show cause & effect,
and also to show how something changes over time.
The answer is <span>A. 16 edges
For most of the solid shapes, we can use Euler's polyhedron formula:
f + v - e = 2
f - the number of faces
v - the number of vertices
e - the number of edges
We know:
f = 5 + 4 = 9
v = 9
e = ?
So:
</span>f + v - e = 2
9 + 9 - e = 2
18 - e = 2
18 = e + 2
e = 18 - 2
e = 16
Answer:
(-35,0)
Step-by-step explanation:
To find the x-intercept, you first have to find the slope. To do this you find change in y over change in x. So that would look like:

Which would result in:

That means that every time you rise 17, you go right 11.
If you then taks the highest point, (-57,-34) you can rise 17 twice to get to a y-coordinate of zero, so that means you have to go right 22, making the x-intercept
(-35,0)
Answer: d
Step-by-step explanation:
Answer:
59sq meters
Step-by-step explanation:
A=L*W
A/W=L
165/22=7.5
7.5=Length
P=L+L+W+W
7.5+7.5+22+22=59sq meters