Assertion: right triangle's side | /r/HasProperty | equal
Facets:
value: conversely
type: DEGREE
value: in length
type: OTHER
value: in this special triangle
type: LOCATION
value: in measure
type: OTHER
value: in length to each other
type: OTHER
value: to the prime
type: OTHER
value: opposite
type: MANNER
Source sentences:
text: It has two equal sides, two equal angles, and one right angle.
text: Because this is an isosceles triangle, and equal sides are opposite equal angles, the values of x and y are the same.
text: Here, the sides AB and AC are equal because of the property that states that sides opposite to equal angles are also equal.
text: There are three special names given to triangles that tell how many sides (or angles) are equal.
text: A right triangle can also be isosceles if the two sides that include the right angle are equal in length (AB and BC in the figure above)
text: An equilateral triangle has the same pattern on all 3 sides, an isosceles triangle has the same pattern on just 2 sides, and a scalene triangle has different patterns on all sides since no sides are equal.
text: In a right triangle with acute angles measuring 30 and 60 degrees, the hypotenuse is twice the length of the shorter side, and the longer side is equal to the length of the shorter side times
text: In the equilateral triangle case, since all sides are equal, any side can be called the base.
text: A right triangle can also be an isosceles triangle--which means that it has two sides that are equal.
text: Because the perimeter is 60 inches, and the three sides are equal in measure, then each side is 20 inches (60 ÷ 3 = 20).
text: Furthermore, it has been shown that such Heronian triangles are primitive since the smallest side of the triangle has to be equal to the prime that is one quarter of its perimeter.
text: 1) All sides are equal.
text: If one of the angles is 90° and the other two angles are equal to 45 0 each, then the triangle is called an Isosceles Right Angled Triangle, where the adjacent sides to 90° are equal in length to each other.
text: Isosceles means “equal legs,” and this type has two sides that are equal in length.
text: 1 is chosen to be used as the length of the sides that are equal in this special triangle, since that's the simplest to work with.
text: Equilateral: A triangle where all sides are equal.
text: Remember that if the sides of a triangle are equal, the angles opposite the side are equal as well.
text: The median not only bisects the side opposite the vertex, it also bisects the angle of the vertex in case of equilateral and isosceles triangles, provided the adjacent sides are equal as well (which is always true in case of equilateral triangles).
text: Isosceles (two sides are equal)
text: (two sides are equal)
text: Equilateral (all three sides are equal)
text: Euclid showed that in an isosceles triangle the base angles are equal and, conversely, the sides opposite equal angles are equal.
text: An isosceles triangle has two sides and angles that are equal, causing it to have exactly a line of symmetry through it.
text: since all sides of an equilateral triangle are equal.
text: Yup, if all three sides of a triangle are equal, it's an equilateral triangle, which has three 60 degree angles.
text: A cyclic polygon with an even number of sides has all angles equal if and only if the alternate sides are equal (that is, sides 1, 3, 5, ... are equal, and sides 2, 4, 6, ... are equal).
text: A cyclic polygon with an even number of sides has all angles equal if and only if the alternate sides are equal (that is, sides 1, 3, 5, ... are equal, and sides 2, 4, 6, ... are equal).
text: It has equal sides (), equal angles (), and equal altitudes ().