Answer: Angle bisectors
Step-by-step explanation:
The incenter is the point forming the origin of a circle inscribed inside the triangle. Like the centroid, the incenter is always inside the triangle. It is constructed by taking the intersection of the angle bisectors of the three vertices of the triangle.
The correct answer would be 25
No because a circle is only 360 degrees which means no angle can go beyond that without overlapping. If we use a square as an example, each interior and is 90 degrees which means that each exterior angle will be 360 - 90 which is 270 degrees. It is impossible for an exterior angle to go above 359 degrees because no angle can exceed 359 degrees as an exterior angle. A circle is he only shape that can reach and that is only because without drawing them in a circle has no angles. To find the measure of exterior angles you take the measure of the interior angle and subtract it from 360 degrees. Hope this makes sense but the overall answer in no. No polygon, regular or irregular in fact, can have an exterior angle that exceeds 360 degrees.
Answer:
the solution to this inequality is: (-6,∞).
Step-by-step explanation:
<em> " Isolating the variable means rewriting an equivalent equation in which the variable is on one side of the equation and everything else is on the other side of the equation ".</em>
<em>Here we are given an inequality as:</em>
<em> 4x + 4 > –20</em>
<em>so subtracting both side by 4 we have:</em>
4x>-20-4
4x>-24
x>-6 (dividing both side by 4)
Hence we get the solution on the number line as:
all those real number which are strictly greater than -6; In intervals we can write this as:
(-6,∞).
