Answer:
Midpoint of a line segment
(xM,yM) = (4, 5).
<h3>
Answer: 29 goes in the box</h3>
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Explanation:
The two endpoints are (-3,1) and (-1,-4)
Apply the distance formula
So the approximate distance is roughly 5.38 units and the exact distance is 
units.
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As a slight alternative, you can plot the point (-3,-4) and draw a right triangle. Then apply the pythagorean theorem to find the length of the hypotenuse. The vertical and horizontal legs are 5 and 2 units respectively.
It turns out that the distance formula is essentially a modified form of the pythagorean theorem.
Answer:
Angle T = 62°; Angle U = 43°; Angle V = 75°
Step-by-step explanation:
First, find x. We know that the interior angles of a triangle will always add up to 180°.
180° = (5x +2)° + (6x + 3)° + (2x + 19)° –––Combine like terms
180° = 13x + 24 –––Subtract 24 from both sides
156° = 13x ––– Divide both sides by 13 to get x alone
12° = x
Now that we know what x is, we can substitute it in the expressions for the angles.
Angle T:
5x +2
5(12) + 2
60 +2
62°
Angle U:
2x + 19
2(12) + 19
24 + 19
43°
Angle V:
6x + 3
6(12) + 3
72 + 3
75°
Check:
They must equal 180° when added together:
75° + 62° + 43° = 180°
75° + 105° = 180°
180° = 180°
Answer:
me i'm just bored and i left class early
Step-by-step explanation:
I'd say first isolate the "x"
(x+3)/3=(y+2)/2
x+3=3*(y+2)/2
x=3(y+2)/2 -3
so we get "x" equals three times "y" plus two which is then divided by two and subtracted by three.
after that I would simply divide both sides by three as shown below
x/3=( 3*(y+2)/2 -3)/3
x/3 =(y+2)/2 -1 (answer simplified)
