Which formula is used to show that segments are congruent?
2 points
2
Question 2
2.
What do you need to show FIRST before proving a quadrilateral is a rhombus, rectangle or square?
2 points
2
Question 3
3.
Joe drew a line through the points A(-2, 4) and B(7, 5), which equation best represents a line parallel to line AB?
2 points
2
Question 4
4.
Given A(-6, 5), B(8, -2), C(6, 10), and D(5, 8), determine what types of lines AB and CD are in relation to each other.
2 points
2
Question 5
5.
How do you prove a quadrilateral is a Rhombus?
3 points
3
Question 6
6.
If the vertices of triangle ABC are A(−2, 4), B(−2, 8), and C(−5,6),
then triangle ABC is classified as:
3 points
3
Question 7
7.
Square ABCD has coordinates A(7, 3) and B(5, -1). What is the perimeter of the square? (Write your answer in simplest form.)
3 points
3
Question 8
8.
Three coordinate points of a parallelogram are (1, 1), (2, 4), and (4, 1). Find the missing coordinate.
3 points
3
Question 9
9.
Quadrilateral TEAM has vertices at T(-2,3), E(-5,4) and M (5,6). Determine the coordinates of point A to create a Rhombus .
4 points
4
Question 10
10.
M has coordinates (3, 5) and N has coordinates (8, -5). Find the point that partitions MN in the ratio 2:3.
4 points
4
Question 11
11.
Find the midpoint of the line segment with endpoints (-2,0) & (9,-1).
4 points
4
Question 12
12.
Find endpoint X of the segment with endpoint Y(4, 12) and midpoint M(-1, 13).
4 points
4
Question 13
13.
The endpoints of segment AB are A(-5, 8) and B(9, 3). Find the point P that partitions AB into the ratio 2:5.
6 points
6
Question 14
14.
Rectangle ABCD has vertices A (0, 2), B (4, -2), C (1, -5), and D (-3, -1).
a) Find the length of AD.
b) Find the length of DC.
c) Find the area of ABCD.
6 points
6
Question 15
15.
A quadrilateral has vertices M(-4, 1), A(-1, 4), T(5, 1), (-1, -5).
What type of quadrilateral is MATH?
Explain thoroughly how you decided. Your exlanation should NOT be based on how the quadrilateral looks. It should be based on mathematical calulcations like slope and distance formula. Be specific!