In this case, segment XZ is congruent to segment CA
Congruent triangles mean that both of those triangles have the exact length in all three sides, and had same three angles, which means that we just need to follow the order to find out which segment is congruent when comparing both triangles
<span>A - b</span> - C
X - y - Z
Answer:
<u>If Caeli will use all of the fabric she has, the base of the flag should be of 4 feet.</u>
Step-by-step explanation:
1. Let's review the information provided to answer the question correctly:
Area of the fabric Caeli has and want to use and design = 10 square feet
Height of the rectangle of the rectangle shape = 2.5 feet
2. What is the base of the flag if she will use all of the fabric she has?
Area of the shape of the rectangle = Height of the flag * Base of the flag
Replacing with the real values:
10 square feet = 2.5 feet * Base of the flag
10 square feet/2.5 feet = Base of the flag
<u>Base of the flag = 4 feet</u>
<u>If Caeli will use all of the fabric she has, the base of the flag should be of 4 feet.</u>
For a perpendicular bisector
There are two rules.
1) It is perpendicular to the segment so it makes an angle of 90°
2) It divides the segment in two equal parts or it passes through the midpoint of the segment.
As RS is the perpendicular bisector of PQ.
So T is the midpoint
m<PTR = 90° is true
T is the midpoint of PQ is true.
RS is the perpendicular bisector of PQ is false
RS ⊥ PQ is true
RT = ST is false
PT = QT is true
A, B, D & F are true.
1.96 divided by 4 is 48.5 cents round it to get 49 cents
so 49 cents per pound
If cos(70) = 0.342
the cosine of the alternative angle of 70° will also give the same value
angle measure = 360 - 70 = 240°
cos (240) will also be 0.342