The vertex and sides of the angles are:
- Lines: EF and FG; Angle: Angle F
- Lines: GH and HI; Angle: Angle I
The angles are:
- <B, <ABC, <CBA and ^B
- <L, <KLM, <MLK and ^L
<h3>How to determine the angles and the vertices?</h3>
<u>The measure of the angles</u>
Here, there is no parameter to determine the measure of each angle.
This means that the measures of angles cannot be calculated; however, the angles can be classified.
The classification of the angles are:
- Acute angle
- Obtuse angle
- Obtuse angle
- Acute angle
<u>The vertex and sides of the angles</u>
The vertex is the point where two lines meet, while the sides are the lines
So, the vertex and sides of the angles are:
- Lines: EF and FG; Angle: Angle F
- Lines: GH and HI; Angle: Angle I
<u>Name each angle in four way</u>
The vertex is the point where two lines meet, while the sides are the lines
In this case, the angles are:
- <B, <ABC, <CBA and ^B
- <L, <KLM, <MLK and ^L
Read more about angles and lengths at:
brainly.com/question/7620723
#SPJ1
↣ Substitute all domains in the equation for the ranges.
↣ Divide the whole equation by 6.
↣ Substitute x = -4 in the equation.
Our range is 12 when x = -4. In the choice there is only one choice that has range value as 12. Therefore, the answer is B.
↣ <em>If you want me to solve for all ranges then you can reply under this. Since there is only one choice that has 12 as range value, I decide not to continue. So If you want me to solve for all ranges then feel free to reply under this. ↣</em>
Answer:
2 + 0i
Step-by-step explanation:
Our real number in this scenario would be 2. And since we don't need an imaginary part because we are just converting 2 by itself, we plug in 0 for the imaginary number.
Gotta subtract the triangle from the semi circle
Triangle: 1/2 base • height
= 1/2 (6) • 3
= 9
Then find the semi circle
(pi r^2)/2
= (3.14 • 3^2)/2
= 14.13
14.13 - 9 = 5.13 mm^2
