Oh, what a happy little question! To see if these numbers can be the sides of a right triangle, we can use the Pythagorean theorem: a^2 + b^2 = c^2. If 1^2 + 2^2 = 3^2, then they can form a right triangle. Let's take our time and see if these numbers create a lovely right triangle together.
Pick three numbers. If the square of the largest number is equal to the sum of the squares of the other two, then the three numbers could represent the sides of a right triangle.
3 sides on a right triangle (on any triangle)+ two squares3 (triangle)+ 4 (one square)+ 4 (one square)-----------------------11i'm sorry if this is wrong and i misread the question
they could both have sides and angles....
No. In order to be the sides of a right triangle, the square of one of the numbers must be the sum of the squares of the other two numbers. (the square of 9) + (the square of 10) = 181 but (the square of 15) = 225 .
then the triangle is not a right trangle and has angles that are not 90 degrees.
Pick three numbers. If the square of the largest number is equal to the sum of the squares of the other two, then the three numbers could represent the sides of a right triangle.
A square triangle, also known as a right triangle, has three sides, just like any other triangle. The term "square" in this context refers to one of the angles being a right angle, not the shape of the triangle itself. So, a square triangle has two legs and a hypotenuse, totaling three sides.
3 sides on a right triangle (on any triangle)+ two squares3 (triangle)+ 4 (one square)+ 4 (one square)-----------------------11i'm sorry if this is wrong and i misread the question
A right-angled triangle can have equal sides, but does not have to. A right-angled triangle with two equal sides CANNOT be an equilateral triangle. A right-angled triangle cannot be an equilateral triangle.Divide a square along the diagonal, and you are left with two right-angled triangles with two sides of equal length.
they could both have sides and angles....
Square the two smaller sides and add them together. Take the square root of the answer. If that is the same as the third side then you have a right angled triangle and if not, then you have not.
No. In order to be the sides of a right triangle, the square of one of the numbers must be the sum of the squares of the other two numbers. (the square of 9) + (the square of 10) = 181 but (the square of 15) = 225 .
then the triangle is not a right trangle and has angles that are not 90 degrees.
There are no numbers on that list that could be the sides of a right triangle. Oh, all right. The following is the answer:
there is no such thing as a square triangle
An Isosceles right triangle. If the length of either of the two sides is N then the hypotenuse is N times the square root of 2. an isosceles right triangle can not be an equilateral triangle since the hypotenuse can not be the same size as the other two sides..
It can be because it depends on the triangle's angles. For example, if the triangle has 2 equal sides and a right angle it could be a isosceles and a right triangle.