Each of the 3 interior angles measures 60 degrees
Only right triangles have right angles. An equilateral triangle though can't have a right angle because all the angles in any type of triangle must add up to 180 degrees. For each angle to be equilateral, they must be 60 degrees, showing that there is no angle at 90 degrees in an equilateral triangle, which would signify that it would be right.
That depends whether the 47 degrees is an internal angle or not. Internally, the minimum angle for a regular polygon would be 60 degrees - as in an equilateral triangle.
An equilateral triangle has all three sides of equal length and all three angles measuring 60 degrees. A right angle, by definition, measures 90 degrees, which exceeds the angle measurements of an equilateral triangle. Since the sum of the angles in any triangle must equal 180 degrees, having one angle as 90 degrees would require the other two angles to sum to 90 degrees, violating the property of equal angles in an equilateral triangle. Therefore, it is impossible for an equilateral triangle to have a right angle.
Well, in an equilateral triangle, all three angles have to be equal. Plus, the sum of all the angles must be 180. Therefore, if you want to find on angle of an equilateral triangle, you would use the equation, 180/3=60
45 degrees, which would be the interior angle of a equilateral triangle
Only right triangles have right angles. An equilateral triangle though can't have a right angle because all the angles in any type of triangle must add up to 180 degrees. For each angle to be equilateral, they must be 60 degrees, showing that there is no angle at 90 degrees in an equilateral triangle, which would signify that it would be right.
That depends whether the 47 degrees is an internal angle or not. Internally, the minimum angle for a regular polygon would be 60 degrees - as in an equilateral triangle.
An equilateral triangle has all three sides of equal length and all three angles measuring 60 degrees. A right angle, by definition, measures 90 degrees, which exceeds the angle measurements of an equilateral triangle. Since the sum of the angles in any triangle must equal 180 degrees, having one angle as 90 degrees would require the other two angles to sum to 90 degrees, violating the property of equal angles in an equilateral triangle. Therefore, it is impossible for an equilateral triangle to have a right angle.
No, because then it would become an equilateral triangle.
An equilateral triangle would fit the given description
Well, in an equilateral triangle, all three angles have to be equal. Plus, the sum of all the angles must be 180. Therefore, if you want to find on angle of an equilateral triangle, you would use the equation, 180/3=60
45 degrees, which would be the interior angle of a equilateral triangle
Equilateral triangle...each angle would be of 60degrees
No-An equilateral triangle has equal angles, an obtuse angle is greater than 90. So, an equilateral triangle with an obtuse angle would have the three angles add up to a MINIMUM of 270.0000000000001, and a triangle's angles must add up to 180°.
An equilateral triangle has 3 equal angles of 60 degrees that add up to 180 degrees and trisecting a 60 degree angle equally would give 3 equal 20 degree angles.
No, that's not possible. Consider these facts: -- all three angles of any triangle always add up to 180 degrees -- all three angles in an equilateral triangle have to be the same size -- a right triangle has a right angle in it; a right angle is 90 degrees An equilateral right triangle would need three right angles in it, and they would add up to 270 degrees. As we said earlier: Impossible.
Yes. In this case, the isosceles triangle would more specifically be an equilateral triangle - this can be considered a special case of an isosceles triangle.