Yes they do. We find this by applying the pythagorean theorum. Since 9^2 + 12^2 = 15^2, they form a right triangle.
The coordinates are the vertices of a triangle since they form three points.
Yes because they comply with Pythagoras' theorem.
It could be 12 because the sum of the 2 smaller sides of a triangle must be bigger than its largest side.
What is 12 in ? And what is 16 in ? ? Are they the lengths of two sides of the triangle ? Are they the length of one side and the height of the triangle ? The area of any triangle is 1/2 of the product of (length of its base) x (its height).
No. To form a triangle the sum of the shorter two sides MUST be greater than the longer side. 6 + 5 = 11 < 12 → cannot be a triangle.
false apex
No because in order to construct a triangle the sum of its two smallest sides must be greater than its longest side
15
The base of the triangle equals (2x) the mid-segment, so.... 12/2 = 2x/2 6= x
There must be an equilateral triangle within the sector of the circle and so:- Area of sector: 60/360*pi*12*12 = 75.39822369 Area of triangle: 0.5*12*12*sin(60 degrees) = 62.35382907 Area of segment: 75.39822369-62.35382907 = 13.04439462 or about 13 square units
These dimensions do not form a triangle.
true
Yes they do for a triangle using Pythagorean theorem 5 squared + 12 squared = 13 squared
yes.
Yes they do. We find this by applying the pythagorean theorum. Since 9^2 + 12^2 = 15^2, they form a right triangle.
The two points are exactly the same so there is no line segment.