Prove yourself
your mid
Shrek the 3rd Side
Try Angling
100
Here are 4 common congruence statements:
Definition of Midpoints
Reflexive Property
Definition of Bisector
Vertical Angle Theorem
Which two can you simply assume? Which two do you have to be told specifically?
Can assume:
Reflexive Property
Vertical Angle Theorem
Must be told:
Definition of Midpoint
Definition of Bisector
100
Solve for x
2(10)=2x-6
10=x-3
13=x
100
4) 3+6=9
9>8
100
Name the sides of the triangle from shortest to longest.
\bar(GE),\bar(GF),\bar(FE),
200
Determine if the triangles are congruent. If YES, state the reason. If not, write NO
No!
Not HL because we only know the two angles are congruent. Nothing about the sides.
200
Solve for x and
DF
3x+1=2(x+3)
3x+1=2x+6
x=5
DF=2(9)=18
200
Two sides of a triangle are 7 and 11. Which of the following represent the possible lengths of the third side?
a)
x>=4
b)
x<=18
c)
4<x<18
d)
7/11<x<11/7
c)
200
Name the lengths of the sides from shortest to longest.
m\angleA=32
\bar(CB),\bar(AB),\bar(CA)
300
Determine if the triangles are congruent. If YES, state the reason. If not, write NO
Yes! SAS because of the reflexive property.
300
Solve for y and z
4y-9=3y+4
y=13
2(6z-1)=7z+8.5
12z-2=7z+8.5
5z=10.5
z=2.1
300
The lengths of two sides of a triangle are 12 and 19. Create an inequality that represents the range of possible lengths for the third side of the triangle.
7<x<31
300
\DeltaBOY~=\DeltaGRL
Solve for x and y
\angleG~=\angleB
3y-6=93
y=33
\bar(BO)~=\bar(GR)
2x+3=11
x=4