Answer:
7.) 16.7
Step-by-step explanation:
7). First you have to find the length of the line with the triangle that is at a 90 angle with the longest side of the triangle
Using the pythagrorem theorem a² + b² = c²
4² + b² = 5²
b² = 5² - 4²
b² = 25 - 16
b² = 9
√b² =√9
b = 3
next you do the same thing to find the missing segment of the longest side
3² + b² = 13²
b² = 169 - 9
b² = 160
b = √160 or ≈ 12.7
12.7 + 4 = 16.7
so 16.7 is the length of that side
[-(+2)(-3)(-1)(+4)=]
- (+2)(-3)(-1)(+4)=
- (-6)(-1)(+4)
(6)(-4) = -24
Slope intercept form: y=
−5
7
x+5
The graphing points would be (0,5)(7,0)
I believe it is option choice A, because that is the most reasonable and efficient
B
The answer is b. Because you x can be a negative, but you’re squaring it so it will equal a positive, and if you add 4, it is still 4 or greater
