4 and 4 square root 3 apex!!!!
Using Pythagoras' theorem the length of the hypotenuse is 39 units of measurement.
There is no triangle below. Furthermore, there are four measures given and some of the triplets cannot form triangles.
You cannot discover the perimeter of a triangle if all you have is the length of two sides and nothing else. Knowing only the length of two sides of a triangle is insufficient to discover the length of the third side, and, thereby, discover the perimeter. Use the link below to a related question and see how it works.
Square root of 217 for apex
I don't see any isosceles triangle below.In general, the perimeter is the sum of the lengths of all sides. Note that in an isosceles triangle, two of the three sides have the same length.
Since there is no triangle "below", all that can be said is that EF - if it is the third side of the triangle - is any length in the interval (24, 54).
A triangle has 3 line segments
Using Pythagoras' theorem for a right angle triangle its hypotenuse is 82 units in length
No, it could not. A triangle cannot have a perimeter of length zero.
120
I don't see any triangle below, but the idea is to add the length of all the sides.If it's an isosceles triangle, two of the sides must have the same length.
Sqaure root of 3
If 39 is the hypotenuse of the right triangle then by using Pythagoras' theorem the 3rd length is 36 units
The lengths of the 3 sides of a certain triangle are related as shown below, where n is the length of the shortest side of the triangle.0.5n, 1.5n, 2.5nWhich of these name the lengths of the sides for another triangle, similar to the first triangle, for any value n ≥ 1?
Using Pythagoras' theorem the length of the hypotenuse is 39 units of measurement.
There is no triangle below. Furthermore, there are four measures given and some of the triplets cannot form triangles.
You cannot discover the perimeter of a triangle if all you have is the length of two sides and nothing else. Knowing only the length of two sides of a triangle is insufficient to discover the length of the third side, and, thereby, discover the perimeter. Use the link below to a related question and see how it works.