First you need to form a worthy equation using slope-intercept (y=mx+b). Do that by counting the slope and finding the y-intercept. Then you have to choose between < or > to make it more accurate. In order to do so, you would have to pick a point with a point x and y and see wether or not I’m the equation is true when you put it in the blanks. If it’s true then you would shade whichever region the point is. If it’s false then shade the opposite region.
Good luck!!!!!!! :)
From the wording of the question ... especially the word "which" ...
I understand that the question includes some answer choices, which
you decided not to share with us.
OK. So be it. Here are all the pairs of angles that could be included
in triangle-N:
-- 32°, 93°
-- 32°, 55°
-- 93°, 55°
Answer:
No its C sorry
Step-by-step explanation:
Answer:
- The first graph (see figure attached)
Explanation:
<u>1. Number of pages read by Robert</u>
Set a function for the number of pages read by Robert, taking into account that this is an arithmetic sequence, whose first term is 30, and the common difference is 20:

↑ ↑ ↑
first day next days
<u>2. Number of pages read by Tony:</u>
The arithmetic sequence that represents the number of pages read by Tony has first term 40, and common difference 14:

↑ ↑ ↑
first day next days
<u>3. Find the numbers of pages read by Tony in terms of the number of pages read by Robert.</u>
To do that, you must clear n from both equations and equal the two expressions obtained:
From R(n) = 30 + 20 (n - 1):
- R(n) = 30 + 20n - 20
- R(n) = 10 + 20n
- n = [R(n) - 10]/20
You can change R(n) to r:
From T(n) = 40 + 15 (n - 1)
Change T(n) to t
Equal both expressions:
- (r - 10) / 20 = (t - 25)/15
Solve for t:
Find some points of the equation t = 0.75r - 17.5 to compare with the points of the graph:
- r = 0 ⇒ t = 17.5, that means that the line intercepts the vertical axis at 17.5. The only graph that matches this is the first graph
Find other point:
- r = 30 ⇒ t = 0.75(30) + 17.5 = 40.Thus, the graph must contain the point (30, 40), which the first graph does.
Answer:
The area of a circle is = pi * radius^2
or

Step-by-step explanation:
It looks like you may have left out the exponent or "^" symbol.