It is certainly possible. All you need is a the second circle to have a radius which is less than 20% of the radius of the first.
Yes, it is possible for two reflex angles to total 360 degrees. A reflex angle is defined as an angle greater than 180 degrees but less than 360 degrees. For example, a reflex angle of 210 degrees and another of 150 degrees together sum to 360 degrees.
No because two obtuse angles would be greater than 180 degrees and there are only 180 degrees in a triangle.
No. If a triangle has an obtuse angle, the other two will be acute.Addition from another contributor: The measurement of all three of a triangle's angles combined is always 180 degrees, and an obtuse angle is by definition greater than 90 degrees and less 180. Thus, any possible combination of two obtuse angles, even of the smallest possible, (if there was such a thing) would still yield a measure greater than 180 degrees.
An angle greater than 0 but less than 90 degrees is an acute angle
A triangle with angle measures A, B, and C is possible if the sum of the angles equals 180 degrees, and each angle is greater than 0 degrees. If this condition is met, then the triangle can exist. Otherwise, if the sum is not 180 degrees or any angle is zero or negative, the triangle is not possible.
Yes, it is possible for two reflex angles to total 360 degrees. A reflex angle is defined as an angle greater than 180 degrees but less than 360 degrees. For example, a reflex angle of 210 degrees and another of 150 degrees together sum to 360 degrees.
It is a reflex angle of 283 degrees because it is greater than 180 degrees
No because two obtuse angles would be greater than 180 degrees and there are only 180 degrees in a triangle.
No, it is not possible to have a triangle with an angle of 181 degrees. The sum of the interior angles of a triangle is always 180 degrees according to Euclidean geometry. Any triangle with an angle greater than 180 degrees would not be a valid geometric shape.
No. If a triangle has an obtuse angle, the other two will be acute.Addition from another contributor: The measurement of all three of a triangle's angles combined is always 180 degrees, and an obtuse angle is by definition greater than 90 degrees and less 180. Thus, any possible combination of two obtuse angles, even of the smallest possible, (if there was such a thing) would still yield a measure greater than 180 degrees.
An angle greater than 0 but less than 90 degrees is an acute angle
Smallest possible interior angle of regular polygon is 60 degrees (triangle). The greater the number of sides, the greater each interior angle. If exterior angle is 30 degrees, the polygon has 12 sides.
A triangle with angle measures A, B, and C is possible if the sum of the angles equals 180 degrees, and each angle is greater than 0 degrees. If this condition is met, then the triangle can exist. Otherwise, if the sum is not 180 degrees or any angle is zero or negative, the triangle is not possible.
An angle that equals 140 degrees would be considered an "obtuse" angle. This is because it is greater than 90 degrees but does not exceed a straight line of 180 degrees.
No. An obtuse angle is an angle whose measure is greater than 90 degrees. If there are two angles whose measures are greater than 90 degrees, then there is no possible way that the sum of the two could be equal to 90 degrees and thus be characterized as complimentary angles.
Yes, mathematically. However, once you begin drawing (single) angles bigger than 360 degrees (one full circle), you have to keep going around the circle until the reach the number of degrees required. i.e. a 540 degree angle, drawn, would be a full 360 rotation, then another 180 degrees around again.
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