An equilateral triangle on on of the arms of the right angle.
how many lines of symmetry does a regular polygon with 32 sides have
Yes and each of the 3 angles will be 30 degrees.
You get three angles that are each one third of the original angle. Note that it is impossible to give a general procedure to trisect any angle by using compasses and straight edge alone. There are special cases which are possible, eg a right angle (90°).
Yes and the trisections will form 4 angles of 22.5
Right
To trisect a right angle form an equilateral triangle with one vertex at the right angle and then bisect that angle of the equilateral triangle. (It is impossible to trisect a general angle using only compass and straight edge - the right angle is a specific exception.)
An equilateral triangle on on of the arms of the right angle.
An equilateral triangle.
equilateral * * * * * * * No its right. Apex is stupid in ways no one can explain so yeah...
how many lines of symmetry does a regular polygon with 32 sides have
First things first, the actual statement isn't "you can't trisect an angle" but rather "you can't trisect one with only a compass and straightedge." Some angles can be easily trisected--a 90-degree angle trisects into 30-degree segments-but to do it you need a protractor. Anyway, to check your work measure the angle you trisected and divide by three. If your trisections match, you got it right.
Yes and each of the 3 angles will be 30 degrees.
You get three angles that are each one third of the original angle. Note that it is impossible to give a general procedure to trisect any angle by using compasses and straight edge alone. There are special cases which are possible, eg a right angle (90°).
Yes and the trisections will form 4 angles of 22.5
An angle of 90 degrees is a right angle when perpendicular lines intersect each other.
An angle of 45 degrees can be constructed by bisecting a right angle with a pair of compasses and a straight edge or merely using a protractor.