Question

here it is

Answer 1

What?

Answer 2

First find the distance.

Answer 3

\[d =\sqrt{(x2-x1)^{2}+(y2-y1)^{2}}\]

Answer 4

ok i'll work it out un segundo

Answer 5

i got 5

Answer 6

It's half the distance of the two points So it will simply be \[midpoint = (\frac{ x_1 + x_2 }{ 2 }, \frac{ y_1 + y_2 }{ 2 })\]

Answer 7

ok it's either 2 2/5, 2 5/2, 5 2/2, or 2 5/5

Answer 8

Yeah, so what do you get if you insert the cordinates like in the previous question?

Answer 9

i don't know im confused with the mixed numbers

Answer 10

a little reminder
(0, 1) (4, 4)
x1 y1 x2 y2

Answer 11

Substitute the the values into the midpoint formula.

Answer 12

i got 2 5/2

Answer 13

\[midpoint = (\frac{ x_1 + x_2 }{ 2 }, \frac{ y_1 + y_2 }{ 2 })\]Is the coordinates for the actual midpoint.

So if I for example have the points (1, 3) and (2, 5) the midpoint is going to be
\[midpoint = (\frac{ 1 + 2 }{ 2 }, \frac{ 3 + 5 }{ 2 }) = (\frac{ 3}{ 2 }, 4)\]

Answer 14

That's correct!

Answer 15

omgoshh took me long enough.. thank you!

Answer 16

You're welcome. Thanks @Lyrae for doing most of the work.

Answer 17

Hehe no worries! Yw :)