For M:
(((0+c)/2), ((0+d)/2))=((c/2), (d/2))
For N:
(((a+c)/2), ((0+d)/2))=(((a+c)/2), (d/2))
Slope of MN:
MN=(y2 - y1)/(x2- x1)
MN=((d/2) - (d/2))/(((a+c)/2)- (c/2))
MN=(0/(((a+c)/2)- (c/2))
MN=0
Slope of AB:
AB=(0 - 0)/(a)
AB=(0)/(a)
AB=0
Answer:
I'll need more information to answer this question, but here is how you can show empathy towards classmates:
-talk to new people
-look from the classmate's pov
-be nice, and say things like "I agree" if you agree
-always be there for them
Step-by-step explanation:
No. For it to be in standard form the term with the largest exponent comes first. Standard form would be 6x^2-3x. It is a second degree polynomial because 6x is raised to the 2nd power. It would be a third degree polynomial if the largest degree was raised to the 3rd power.
Answer:
All the answers are correct
Step-by-step explanation:
Any relation that is a function will pass the vertical line test, regardless of any other characteristic it may have (such as being the inverse of some other function).
The inverse of a function is that function reflected across the line y=x. If the inverse passes the vertical line test (is a function), then the original must pass the horizontal line test. The reflection of a vertical line is a horizontal line and vice versa.
