Answer:
the second quadrant.
Step-by-step explanation:
The answer for the question above is TRUE.
Given a line segment with endpoints A and B, we must merely find a point on the perpendicular bisector of the line AB, then use the perpendicular line construction. To find the point on the perpendicular bisector, we must merely find a point that is equidistant from both A and B. We can do this with a compass by choosing a compass length greater than half the length AB, and then making an arc from A above the line AB. Then we make an arc from B having the same length.
<span>Since we used the same length for each arc, the intersection of the arcs, P, is equidistant from A and B. Now we simply use the perpendicular line construction for line AB and P, which is off the line. This line will be a perpendicular bisector. </span>
Answer:
(-4,5)
Step-by-step explanation:
-8-(-6)=2
3-1=2
-8+2=-6
1+2=3
-6+2=-4
3+2=5
(-4,5)
Answer:
ok so keep it up kiddo keep asking questions and making us go nuts
Step-by-step explanation:
so ur answer is:
- 7m+2m
- 24
Answer:
k = -6.
Step-by-step explanation:
We need to make the left side of the second equation a multiple of the left side of the first one.
We can do this by making k = -6 ( because -15/10 = -6/4).
The second equation becomes
-15x - 6y = 14
Now multiply this by -2/3. We get
10x + 4y = -28/3
but the first equation is 10x + 4y = -3 .
So there are no solutions.
So the answer is k = -6.
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