@xGuardians Another? :)
What is the slope of this linear function? x y __________________ –4 2 –1 3.5 1 4.5 4 6 A. –2 B. – 1/2 C. 1/2 D. 2 @xGuardians
I got history homework, try on your own :o Look at the: y rate of change / x rate of change
I'll let you know if you get the answer right :)
*points to the formula provided on previous question*
@iambatman Can you give me the formula again. OS is acting up and I'm scared if I try to go to that question it's going to freeze my computer again. *puppy dog eyes*
\[\huge m = \frac{ y_{2}-y _{1} }{ x _{2}-x _{1} }\]
Plug in any of the (x,y) coordinates and you'll get your answer, the formula means rise/run in a sense.
OK, I get that. How do I find the coordinates with that kind of graph? @iambatman @xGuardians
Who needs a graph, when you got the table!
Use your (x,y) values from the table :d
Right. :) Which ones though? There's 4 sets! @iambatman
@iambatman @xGuardians
Sorry, connection always stops working for this site -.-, any two points.
\[m=\frac{ -10--4 }{-4--2 }\]
@iambatman
Where did you get -10 from? These numbers o_O
Oh crap! Sorry I was looking at another problem. Let me fix that. :) LOL. :):):)\[M=\frac{ 2-3.5 }{ -4--1 }\]
@iambatman
You have it backwards :3 y2 - y1
\[m = \frac{ 3.5-2 }{ -1-(-4) }\]
Oh! I see. :) Well...At least I got some of it right. :) What do I do now? Do I just solve it?
yup
So... M= 1.5/3 @iambatman
@iambatman @xGuardians @undeadknight26 @Squirrels
Why always in a rush yo, and yup
What would that be simplified to?
1/2
That's what I though. I'm bad at doing it in my head. :) So c? @iambatman
Lol yes, I know you can read!
Yay!!!
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