This is what collinear means.
What is points on the same line?
The first reason on any algebra proof is this ____.
Given
Which property is this:
6y=6y
What is Reflexive Property
An angle bisector divides an angle into two equal parts
What is definition of of angle bisector
What is Mr. Matthias’ dog's name?
Nami
Points that lie on the same plane are said to be this.
What is coplanar?
Give an example of the subtraction property.
x + 8 = 58
x = 50
Which property is this:
if 5k=-25, then 5k-1=-254-1
What is subtraction property
If two angles are vertical, then they are congruent
What is Vertical Angle Theorem
How long is the second semester of school in school days?
What is 73 school days.
A 98 degree angle can be classified as this type of angle.
What is obtuse?
True/False. This would be an example of the substitution property:
If 2A + B = C and C=4B + 2 then 2A+B=4B+2
False
Which property states the following
If d=4 and c=4 then c=d
What is
Transitive Property
Give an example of a property that is used just with angles.
Many answers.
What is the capital of California?
What is Sacramento
What is the name of two adjacent angles that add to 180 degrees
What is linear pair
What is the last reason for the following algebra proof?

What is the division property?
Which property is this:
If 4m+n = 7 and n=3 then 4m+3=7
What is Substitution Property
Given an example of congruent supplements theorem using angles X, Y, and Z.
If <X is supplementary to <Y and <X is supplementary to <Z, then <Y is congruent to <Z.
What is the 4th digit of pi?
What is 5?
If <ABD and <DBC are adjacent then
<ABD + <DBA = <ABC
What is Angle Addition Postulate
What is a logical third statement (assuming the first two were givens):

x + y = w + v
What is the difference between the addition property and combining like terms?
Combining like terms is done on ONE side of = where addition property is when the same thing is added to each side of equal sign.
This is statement number 6 in the following proof.

What is m<1 + m<5 = 180?
The best math teacher ever.
Who is Mr. Wyatt