Question

A right triangle has base (x - 6) units and height (6x - 12) units.

Part A: What is the square of the length of the hypotenuse of the triangle? Show your work. (4 points)

Part B: What is the area of the triangle? (3 points)

Part C: Using the solution obtained in Part B, explain the closure property of multiplication of polynomials. (3 points)

Answer 1

correlation coefficient is 1 slope is 5/10 which reduces to 1/2 not sure about the 3rd one

Answer 2

@HootHoot help plz

Answer 3

do you know the Pythagorean Theorem?
(it's both famous and useful for this problem)

Answer 4

OK ILL GET MY BRO ON IT

Answer 5

kk

Answer 6

ok i sent the question to em he is working on it

Answer 7

I think it has to do with A^2 + B^2 = C^2 where C^2 is your hypotenuse. (x-6)^2 + (6x - 12)^2 = c^2.ok he belives it like this

Answer 8

whats epic

Answer 9

i tinhk hoot hoot is correct

Answer 10

do your foiling and stuff

Answer 11

f= first, o=outside, i=inside, l=lasts

Answer 12

we know that

Answer 13

it shouldnt be that much harder from here

Answer 14

(6x-13)^2 = (6x-12)(6x-12)

Answer 15

do the same thing for the base

Answer 16

write it out like Part a... Part b...
and part c...

Answer 17

@jcoury

Answer 18

@jcoury

Answer 19

Part A (6x-12)^2 + (x - 6)^2
(36x^2 - 144x +144) + (x^2 - 12x + 36)

Answer 20

\[37^{2}-156x+180\]

Answer 21

Part B: The area A of a triangle is A=(1/2)bh where b is base and h is height. Refer to diagram above A=(1/2)(x-6)(6x-12)
simplify by taking 1/2 of the height h getting (3x-6) now multiply (x-6)(3x-6) getting:
3x^2 - 24x + 36 sq units

Answer 22

Part C. Just show that the multiplication of two polynomials (x-6)(3x-6) results in a polynomial 3x^2 - 24x + 36 as a result of the distributive process and combing of similar terms.

Answer 23

nice XD

Answer 24

XD lol

Answer 25

@OregonDuck can u help me real quick

Answer 26

help with part c. sure

Answer 27

tag me