The sum of the squares of the sides adjacent to the right angle equals the square of the side opposite it.
It tells us one side of a right triangle given the other two.
Sometimes when turning a corner you have walk through 90 degrees or crossing a rectangular field you'd take the shortest distance across it which is its hypotenuse.
They're both shapes
area of a rectangle = length x width
The perimeter is equal to length + length + width + width while area is length x width. Both measurements are found by using width and length.
Right-Angle triangles
It does not relate to it
A right triangle, that is, one with one angle of 90 degrees.
Pythagoras THEOREM IS USED TO FIND RELATION BETWEEN THREE SIDES OF A RIGHT ANGLED TRIANGLE BASE2 + HEIGHT2 = hypotenuse2
It tells us one side of a right triangle given the other two.
Sometimes when turning a corner you have walk through 90 degrees or crossing a rectangular field you'd take the shortest distance across it which is its hypotenuse.
it relates to pythagoras theorem.
Pythagoras was an ancient Greek mathematician whose theorem was: any right angle triangle, when its hypotenuse is squared, is equal to the sum of its squared sides. discovery of a mathematical formula to relate the sides of a right triangle
They're both shapes
No, they are not the same, but relate to each other. The medial right triangle of this "golden" pyramid, demonstrated the Pythagorean theorem through the relationship of the two. Ancient Greek mathematicians first studied the golden ratio because of its frequent appearance in geometry. The division of a line into "extreme and mean ratio" (the golden section) is important in the geometry of regular pentagrams and pentagons. The Greeks usually attributed discovery of this concept to Pythagoras.
area of a rectangle = length x width
The number of sides and the number of interior angles are the same.