Vocabulary
Solving for Hypotenuse
Miscellanous
Pieces of the Formula
100

What are the sides of the triangle next to the right angle?

Legs

100
When one leg=3 and the other leg=4 then the hypotenuse=?
What is 5
100

The shape we can use to help prove or understand the Pythagorean theorem

What is square?

100

Letters "a" and "b" are used to represent which part of a right triangle?

leg

200

What is the side of the triangle across from the right angle? (*Side c)

Hypotenuse

200
When one leg=3 and the other leg=5 then the hypotenuse=?
What is the square root of 34
200
The only type of triangle you can use the pythagorean theorem on.
What is a right triangle.
200
The letter in the formula that stands for the length of the hypotenuse of a right triangle
What is "c?"
300

What is the formula for the Pythagorean Theorem?

What is a^2+b^2=c^2

300
When one leg=6 and the other leg=7 then the hypotenuse=?
What is the square root of 85?
300

If Pythagoras' theorem is____ for the triangle, and c2 = a2 + b2 then the triangle is a right triangle.

True

300

What do we call multiplying a number by itself?

squaring a number

400

What is the name of the guy who is given credit for discovering the theorem we have been learning about?

Pythagoras

400
When one leg=10 and the other leg=9 then the hypotenuse=?
What is the square root of 181?
400
Construction workers are building a ramp. The ramp is 9 feet high and 12 feet long. This is the length of the slanted part of the ramp.
What is 15 feet?
400
The side that always has the longest length in a right triangle
What is the hypotenuse?
500

What is the only type of triangle that works with the Pythagorean Theorem. (Or a triangle with an angle measuring 90 degrees)

Right Triangle

500
When one leg=15 and the other leg=22 then the hypotenuse=?
What is the square root of 709?
500

Roofers need to know how long of a ladder they need. The roof is 16 feet high and the bottom of the ladder will be placed 12 feet from the building. What is the length of the ladder?

20 feet

500
The operation we used to "get rid" of something squared.
What is taking the square root?
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