Answer:
<em>a(-5,-2)</em>
Step-by-step explanation:
<u>The midpoint of a segment</u>
Given points C(xc,yc) and B(xb,yb), the coordinates of the midpoint M can be found knowing that:
Applying that relation in both axes separately, we can write:
Knowing the coordinates of the midpoint and B, we can find the coordinates of the other extreme C solving both equations for the required variable:
Plugging in the known values: M=(-1,1) and B=(3,4):
The coordinates of C are (-5,-2)
a(-5,-2)
Answer:
2/5
Step-by-step explanation:
20/50 is 2/5 simplified
Answer:
Step-by-step explanation:
let's try a:
-4*4x-4*(-17) - expand the distributing terms
-16x-4*(-17) - simplify
-16x-(-68) - simplify again
-16x+68 - remove parentheses
-16x+68 does not equal to 16x-68
lets try b:
-28x+3... dont know what u mean
lets try c:
13-34 first
-21
lets try d:
0-17
-17
lets try e:
-2x+(8-8)
-2x
fortunally dont know what you mean.
Answer:
Y = - 7/4 X + 31/4
Step-by-step explanation:
M = 14/-8 = - 7/4
6 = - 7/4 + B
24 = -7 + 4B
31 = 4B
B = 31/4
<h2>ANSWER-1</h2><h3>Both triangles are equal.</h3>
