Ok then here we go. If you have a right angled triangle (i.e one with a 90 degree angle), The length of the hypotenus (the longest side) can be calculated as follows.
Let us use the example given in the question.
(not to scale!!!)
Side A is 6
Side B is 8.
If we assume that these form effectively an L shape, we need to bridge those points with a longer straight line (side C)
Pythagoras states that if you multiply side A by itself (6x6 = 36) and add it to side B multiplied by itself (8x8 =64) (36 x 64 = 100) then you get the square of the hypotenus (the longest side)
To then find out the length of side C, you need to do what is called a square root. This means finding the number that when you multiply it by itself (known as squaring it - the square root of 25 for instance is 5, for 16 it is 4) makes 100.
10x10 = 100 therefore the hypotenus or side C is 10.
As we have two cars going in opposite directions, we have two triangles facing each other so we need 2 of these side C added together.
10+10 = 20.
I hope this helps... :blink:
Let us use the example given in the question.
Side A is 6
Side B is 8.
If we assume that these form effectively an L shape, we need to bridge those points with a longer straight line (side C)
Pythagoras states that if you multiply side A by itself (6x6 = 36) and add it to side B multiplied by itself (8x8 =64) (36 x 64 = 100) then you get the square of the hypotenus (the longest side)
To then find out the length of side C, you need to do what is called a square root. This means finding the number that when you multiply it by itself (known as squaring it - the square root of 25 for instance is 5, for 16 it is 4) makes 100.
10x10 = 100 therefore the hypotenus or side C is 10.
As we have two cars going in opposite directions, we have two triangles facing each other so we need 2 of these side C added together.
10+10 = 20.
I hope this helps... :blink: