The answer is C, because to find IQR you have to find the difference (subtract) of the first and third quartile
Answer:
y-(-20)=1(x-(-10))
Step-by-step explanation:
If you're really in college you should know this, but here's the explanation:
m= <u>-9-(-20)</u>
1-(-10)
= <u>11</u>
11
m = 1
The equation is y-y^1=m(x-x^1)
Replace the y^1, m, and x^1 from the first point
You get y-(-20)=1(x-(-10))
Or simplify that into y+20=x+10
You can also simplify it more but I don't think you need that for that question
Answer:
Point Form:
(0,2)
Equation Form:
x=0,y=2
Step-by-step explanation:
I think 5X+1x. Sorry if it's wrong.
The rule to convert a mixed fraction to an improper fraction is
Here in
Here a = 422, b = 8 and c = 100
Now a × c = 422 × 100 = 42200
And 42200 + 8 = 42208
So we have
This fraction can also be reduced as
Hence