The coordinates of point Q are: (4, 10).
Given point M is the midpoint of PQ, which means it divides the line segment PQ into two segments of equal length. Let's denote the coordinates of point P as (p_x, p_y) and the coordinates of point Q as (q_x, q_y). Since the midpoint M divides PQ into two segments of equal length, we can use the midpoint formula to find the coordinates of M:
M_x = (p_x + q_x) / 2
M_y = (p_y + q_y) / 2
We are given that the midpoint M is located at (-2, 5). Therefore, we can substitute these values into the midpoint formula:
-2 = (p_x + q_x) / 2
5 = (p_y + q_y) / 2
Solving for p_x and q_x, we get:
p_x = -8
q_x = 4
Solving for p_y and q_y, we get:
p_y = 0
q_y = 10
Therefore, the coordinates of point Q are (4, 10).