Answer:
1.) two points are (1,6)(2,4)
2.) slope= -2
3.) y intercept= (0,8)
4.) x-intercept= (4,0)
5.) two points are (1,4)(2,5)
6.) slope=1
7.) y-intercept=(0,3)
8.) x-intercept=(-3,0)
Step-by-step explanation:
you can use a desmos caluclator online or
m a t h w a y
i spell it out because it's a "link" and that's "inappropriate"
Multiple's of 5 are these:5<span>,10,15,20,25,30,35,40,45. :)</span>
The solution to a system of (linear) equations is the point where the graphs intersect. Consider two parallel lines. By definition, two parallel lines never intersect each other, but all pairs of non-parallel lines will eventually intersect. That means they will also have a solution.
Let's consider what makes a line parallel to another line. It basically looks identical, having the same steepness (slope), but the graph is just shifted over. That is, a parallel line would have the same slope and a different y-intercept. For our equation

, or

in slope-intercept form, a parallel line will be of the form

.
That describes the form of a parallel line, which we do not want. Any other line, however, will give a solution to our system, so we merely want a line where the slope does not equal 2.
We can have any equation of the form

.
16) yes, they are reflections on a summit.
17) no parallelogram shown to answer question <span />
ᴀɴsᴡᴇʀ:
<u>1.Example, x²-25 can be factored as (x+5)(x-5).</u>
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</u>
<u>2.This method is based on the pattern (a+b)(a-b)=a²-b², which can be verified by expanding the parentheses in (a+b)(a-b).</u>
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</u>
<u>3.When an expression can be viewed as the difference of two perfect squares, i.e. a²-b², then we can factor it as (a+b)(a-b). For example, x²-25 can be factored as (x+5)(x-5).</u>
ʜᴏᴘᴇ ɪᴛ ʜᴇʟᴘs!
☞︎︎︎ᴄᴀʀʀʏ ᴏɴ ʟᴇᴀʀɴɪɴɢ☜︎︎︎