Only one answer really makes sense...and that is : maxed out credit cards
Answer:
AB = √116 ≈ 10.77
Step-by-step explanation:
Use the formula that calculate the distance between two points:
L means length
For the x and y, substitute a coordinate value that you will label as set 1 or 2.
For example:
A (-3, 7) will be set 1. x₁ = -3 y₁ = 7
B (7 , 3) will be set 2. x₂ = 7 y₂ = 3
Substitute the points into the formula to find the length AB. Simplify.
Solve inside the brackets first
Square each term under the root
Add under the root
Final exact answer is radical (root) form
Final approximate or rounded answer to 2 decimals
The length of AB is the squareroot of 116, or about 10.77 units.
Yes they are parallel lines because they do not meet. they are straight lines
The value of .
We know that,
➪ 95° + (3 +4)° + (4 - 3)° = 180°
➪ 3 + 4 + 95° + 4° -3° = 180°
➪ 7 + 96° = 180°
➪ 7 = 180° - 96°
➪ 7 = 84°
➪ =
➪ = 12°
Therefore, the value of is 12°.
Now, the three angles of the triangle are 95°, 40° and 45° respectively.
✒ 95° + 40° + 45° = 180°
✒ 180° = 180°
✒ L. H. S. = R. H. S.
Answer:
∠RQL≅∠XYZ
∠QRL≅∠YXZ
∠RLQ≅∠XZY
RQ≅XY, RL≅XZ, QL≅YZ
Step-by-step explanation:
First we draw the line y=1 (parallel to x-axis and going throu y=1)
To reflect point Y over the line y=1 we draw a line from that point perpendicular to the line of reflecting (y=1), measure the distance from the point Y to the line y=1, and then measure the same distance on the other side of the line y=1 to get reflected point. Mark it. The angle at the reflected point will be congruent to ∠Y
The same goes for points X and Z
Angles at given and reflected point are congruent.
Sides of triangle are congruent if they lay between two congruent angles.