with angles and sides combinations
What are the two combinations of angles and sides that does not prove two triangles congruent.
(Angle, Side, Side) and (Angle, Angle, Angle)
Type this link into your browser to go to this Google Drawing to see if the triangles can be proven congruent by looking at the combinations of sides and angles
https://docs.google.com/drawings/d/1KjGb5T7jeB2Fm4oYhjeLaZqRYJ2eKr4NVEix8P-VUak/edit
Yes, they can be proven congruent because SAS is a valid combination that can be used to prove congruency.
ABC=DEF
A=3 B=6 C=9
D=9 E=18 F=27
The scale factor is a multiplication of 3
if there is a proporition set up that is:
x/10=6/20
what is x?
x=3
how much does a triangle add up to?
how much does a quadrilateral add up to?
how much does a pentagon add up to?
triangles=180 degrees
quadrilateral=360 degrees
pentagon=540
What are the four combinations that are used to prove two triangles congruent
(Side, side, side) and (side, angle, side) and (angle, side, angle) and (angle, angle, side)
Type this link into your browser to go to this Google Drawing to see if the triangles can be proven congruent by looking at the combinations of sides and angles
https://docs.google.com/drawings/d/1UyJ_mOjMcui264D-ed7pgfVZLnC89RzBdxxtgV-T5Zw/edit
No, they cannot be proven congruent because the combinations make AAA which is not a valid combination.
KMB=CJF
K=6 M=4 B=8
C=3 J=2 F=4
The scale factor is a multiplication of 1/2
If a triangle and a smaller triangle end up setting up the proportion of:
32/x=4/1
what is x?
x=8
What is the name of a shape with 10 sides?
decagon
Is AAA a combination that can prove triangles congruent?
No, it is not
Type this link into your browser to go to this Google Drawing to see if the triangles can be proven congruent by looking at the combinations of sides and angles
https://docs.google.com/drawings/d/1JbN6q5uVfmHGxJqERxm9zjio9E1SVo4UFn6A2xsPexY/edit
Yes, they can be proven congruent.
AHL=JUS
A=28 H=32 L=100
J=7 U=8 S=25
The scale factor is that it is multiplied by 1/4
If a triangle and a smaller triangle end up setting up the proportion of:
121/x=11/10
x=110
what shape is made up of 7 sides
septagon (also known as heptagon)
is SSS a valid combination that can prove triangles congruent?
Yes, it is
Type this link into your browser to go to this Google Drawing to see if the triangles can be proven congruent by looking at the combinations of sides and angles
https://docs.google.com/drawings/d/1DcuPa1umWujda9MsnliBZxTr8Fb49R4v4mmTSIm8TDQ/edit
Yes, these triangles can be proven congruent.
BRU=HWO
B=6 R=2 U=5
H=36 W=12 O=30
The scale factor is that it is multiplied by 6
If a triangle and a smaller triangle end up setting up the proportion of:
84/12=7/x
what is x?
x=1
Name the types of triangles
equilateral, isosceles, and scalene.
If two triangles have the combination of SSA, can they be proven congruent?
Yes, they can becuase SSA is a valid combination ot prove congruency
Type this link into your browser to go to this Google Drawing to see if the triangles can be proven congruent by looking at the combinations of sides and angles
https://docs.google.com/drawings/d/1goyG-gc7U-viZxxORxYNH-vBx418INFnpMUfQ5bUO7I/edit
No, these triangles cannot be proven congruent.
CBA=FED
C=2 B=7 A=1
F=20 E=70 D=10
The scale factor is that it is multiplied by 10
If a triangle and a smaller triangle end up setting up the proportion of:
20/7=x/91
what is x?
x=260
What type of shape has 9 sides?
What is the total degree?
What is the degree in each angle?
nonagon
1260
140