Respuesta :
The correct answer is:
(-1, -14).
Explanation:
The way to find a midpoint is by taking the average of each coordinate.
Since the x values are -10 and 8, the average would be -1:
[tex] \frac{-10+8}{2} [/tex] = -1.
Since the y values are -11 and -17, the average would be -14:
[tex] \frac{-11+-17}{2} [/tex] = -14.
Therefore the ordered pair is (-1, -14)
(-1, -14).
Explanation:
The way to find a midpoint is by taking the average of each coordinate.
Since the x values are -10 and 8, the average would be -1:
[tex] \frac{-10+8}{2} [/tex] = -1.
Since the y values are -11 and -17, the average would be -14:
[tex] \frac{-11+-17}{2} [/tex] = -14.
Therefore the ordered pair is (-1, -14)
Answer:
mid point segment ( -1, -14).
Step-by-step explanation:
Given : endpoints (-10,-11) and (8,-17)
To find : Determine the midpoint of the segment .
Solution : We have given that endpoints (-10,-11) and (8,-17)
Mid point segment formula : [tex]( \frac{x_{1}+x_{2}}{2} ,\frac{y_{1}+y_{2}}{2} )[/tex].
Here, [tex]x_{1}[/tex] = -10 , [tex]x_{2}[/tex] = 8 , [tex]y_{1}[/tex] = -11 , [tex]y_{2}[/tex] = -17.
Plugging the above values in mid point segment formula.
[tex]( \frac{(-10)+8}{2} ,\frac{(-11)+(-17)}{2} )[/tex].
[tex]( \frac{-2}{2} ,\frac{-28}{2} )[/tex].
( -1, -14)
Therefore, mid point segment ( -1, -14).