Regard the ladder as the hypotenuse and the distance from the wall as one leg of a right angled triangle. Then, 262 = 102 + H2 : where H is the height reached up the wall by the ladder. H2 = 676 - 100 = 576 : H = √576 = 24
Using Pythagoras' theorem the length of the ladder is 20.248 feet
12 feet.
115
Using Pythagoras' theorem it is 20 feet
13 feet
10,000 m
62+82=36+64=100 and the squared route of 100 is 10
The slope is 4 (no units), and the ladder is 16.492 feet long. (rounded)
56
3 FEET
20
Regard the ladder as the hypotenuse and the distance from the wall as one leg of a right angled triangle. Then, 262 = 102 + H2 : where H is the height reached up the wall by the ladder. H2 = 676 - 100 = 576 : H = √576 = 24
Using Pythagoras' theorem the length of the ladder is 20.248 feet
It is: 24 feet by using Pythagoras' theorem
Answer your self dont know
what made him good person is that he tried hard at what he was aiming for reached for the stars by getting to the top of a 10000000000,000 feet tall ladder