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What else can I help you with?
How do you solve this geometry proof?
Given ABE, ADC, BD bisescts angle ABC and BD is parallel to EC prove: Triangle EBC is isoceles
What is the formula of finding perimeter of isoceles triangle?
Assuming the lengths of the sides are given, then perimetrer = base + 2*leg If the sides are not given, then the answer will depend on what information is provided.
What polygon is with three sides and congruent?
Isoceles triangular * * * * * Any triangle. Congruence is a relationship between two figures. Given any triangle you can always find another that it is congruent to.
What is the measurement of the 3rd angle for a triangle given both angle measurement 54 degrees?
It is an isosceles triangle and the 3rd angle is 72 degrees.
How do you decide which side is opposite the given acute angle of a right triangle and which side is adjacent to the given angle?
In a right triangle, the side opposite the given acute angle is the one that does not touch the angle and is directly across from it. The adjacent side is the one that is next to the angle and forms part of the angle along with the hypotenuse. To identify these sides, visualize the triangle and label the right angle, the acute angle, and then observe which sides are opposite and adjacent to the acute angle.
What triangle has 3in 4in 5in?
The dimensions given fit that of a right angle triangle
How can you solve for angle A given a right triangle when two sides are given in trigonometric functions?
It depends on the details of the specific triangle.
Is a triangle with dimensions 36 cm 64cm and 100 cm a right angle triangle?
No because the given dimensions do not comply with Pythagoras; theorem for a right angle triangle.
What name is given to the line opposite the right angle in any right angle triangle?
The Hypotenuse.
Is a triangle with sides 5.12.13 a right triangle?
Yes the given dimensions complies with Pythagoras' theorem for a right angle triangle.
What Two angle measures of this triangle are 60 and deg. Which type of triangle is it?
An equilateral triangle would fit the given description
Given that bd is both the median and altitude of a abc. congruence postulate sas is used to prove that abc is what type of triangle?
BAD = BCD is the answer i just did it
