A 180-degree angle can be divided into six 30-degree angles. This is because 180 divided by 30 equals 6, meaning that six 30-degree angles can fit within a 180-degree angle.
A one-degree angle measures exactly 1 degree. Therefore, to find out how many one-degree angles measure a total of 30 degrees, you would divide 30 by 1. This means that 30 one-degree angles are needed to equal 30 degrees.
A full turn is 360 degrees. To determine how many 30-degree angles fit into a full turn, you can divide 360 by 30. This calculation shows that it takes 12 angles of 30 degrees to make a complete 360-degree turn.
The size of the circle is immaterial, there are an infinite number of plottable angles.
Yes and they are both acute angles
A 180-degree angle can be divided into six 30-degree angles. This is because 180 divided by 30 equals 6, meaning that six 30-degree angles can fit within a 180-degree angle.
each of the twelve angles will be 30 degrees? each of the twelve angles will be 30 degrees?
A one-degree angle measures exactly 1 degree. Therefore, to find out how many one-degree angles measure a total of 30 degrees, you would divide 30 by 1. This means that 30 one-degree angles are needed to equal 30 degrees.
... since a circle is 360o therefore 360/30 = 12
A polygon having 30 degree exterior angles is a dodecagon having 12 sides.
A full turn is 360 degrees. To determine how many 30-degree angles fit into a full turn, you can divide 360 by 30. This calculation shows that it takes 12 angles of 30 degrees to make a complete 360-degree turn.
The size of the circle is immaterial, there are an infinite number of plottable angles.
10000
There are: 210/30 = 7
Yes and they are both acute angles
If you bisect a 30 degree angle, you end up with two 15 degree angles.
It is an isosceles triangle.