120 degrees
No. For example, if one angle measures 100 degrees, and its adjacent angle is 80 degrees, then the opposite angles would be either 200 or 160 degrees, but in order for a quadrilateral to be inscribed in a circle the opposite angles would have to equal 180 degrees. A parallelogram can be inscribed in a circle if it is a rectangle.
3/4 of 160 is 120.
160 The 2 angles must equal 180 degrees, so 160 is the answer.
120.
160, 320, 480, 640, and all other multiples of 160 are divisible by 160.
160 degrees
The measures of the three exterior angles would be 95, 160 and 105.
a numbr of polygons may hv 2 acute angles example a triangle with angles 30, 60, 90 degrees or a quadrilateral whose angles r 50 50 100 160 degrees and so on
No. For example, if one angle measures 100 degrees, and its adjacent angle is 80 degrees, then the opposite angles would be either 200 or 160 degrees, but in order for a quadrilateral to be inscribed in a circle the opposite angles would have to equal 180 degrees. A parallelogram can be inscribed in a circle if it is a rectangle.
The definition of supplementary angles is: Two angles whose sum is 180 degrees.If one of them is 180 degrees, then the other one is zero degrees.
12.4seven and three forths percent of 160:= 7 3/4% * 160= (7 + 0.75)% * 160= 7,75% * 160= 0.0775 * 160= 12.4
160 degrees.
20 degrees
A regular octdecagon (18 sided geometric figure) was internal angles of 160 degrees.
3/4 of 160 is 120.
160 The 2 angles must equal 180 degrees, so 160 is the answer.
Not at all. It one angle is 90° it is a right triangle. If any angle is greater than 90° then it is an obtuse triangle. Picture a triangle with angles of 10° 10° and 160° ■ At least two of the three angles must be acute, or less than 90 degrees. The other may be acute, a right angle (90 degrees), or an obtuse angle (greater than 90 degrees). In a flat plane (Euclidean) the three angles always add up to 180 degrees.