Question

help please

Answer 1

\[ d = \sqrt{(x _{2}-x _{1})^{2}+(y _{2}-y _{1})^{2}}\]

Use the distance formula.

Answer 2

As stated..

Answer 3

what @Kootra

Answer 4

\[(x_1,y_1)~~ (x_2,y_2)\]

Answer 5

That's how your points are.

Answer 6

Just plug and chug with the formula.

Answer 7

ok @iambatman thanks

Answer 8

Np

Answer 9

is the 3. C

Answer 10

@iambatman

Answer 11

mmm

Answer 12

wats thats mean @Kootra

Answer 13

Alright, deshawn I'll show you how to do the first one, but you do the rest ok?

Answer 14

\[d = \sqrt{((13-(-6))^2+(-4-(-4))^2} = \sqrt{(19)^2+0^2} = \sqrt{361} =19\]

Answer 15

This was the first one in your problems, (-6, -4) and (13, -4)

\[(-6, -4) \implies (x_1,y_1)\]
\[(13,-4) \implies (x_2,y_2)\]