Pythagorean Thereom

Hello!😁

This blog is about Pythagorean Theorems

2000 years ago there was an amazing discovery about
triangles:

When a triangle has a right angle (90 degrees)

... and squares are made on each of the three sides,

a² + b² = c²  

 now this is the one
of the most famous math theorems on earth

we could use it in triangles; this might help if you are Yr
9 or below

IMPORTANT Remember that c is always the longest line on
right triangle

It only can be used on the right triangle, an isosceles
triangle could also work, but you’d have to spilt in in half to form two right
triangles.

For example A on a triangle is 3, B is 4, then C is 3 to the power of 2(9) plus 4 to the power of 2(16) rooted, which equals to 9+16=25 then rooted to become 5

For proving, the reason is that

Since the triangles are also the same in both cases, i.e. (a+b) to the power of 2, and since the four triangles are also the same in both cases. We must conclude that the two squares a to the power of 2 and b to the power of 2 are in fact equal in area to the larger square c to the power of 2.

Thxs and have happy learning this:)💪