So, these are actually pretty simple once you learn the equality used to solve for "x" and when to implement this method. You can use this equality to solve for a segment "x" anytime that two secant lines cutting through a circle come from the same point outside the circle.
Secant: by geometric definition is just a straight line that cuts a curve into multiple pieces.
I did one of them for you hopefully you can use my work for "a" to help you solve for "b".
For a. I got x=7.
x = 2
solve 4x + 6 = 2x + 10
subtract 2x from both sides
2x + 6 = 10
subtract 6 from both sides
2x = 10 - 6 = 4
divide both sides by 2
x =
= 2
as a check f(2) =(4 × 2 )+ 6 = 14 and g(2) =( 2× 2) + 10 = 14
If a candy bar is cut into 8 pieces what is the ratio of the first 3 pieces to the rest of the pieces.
Answer: 3:8
Maybe hope it helps lol:)
Okay, the formula for this would be

+

=

Lets start with 4.

+

=

Simplify.
49 + 625 =

674 = c
c =
c = 25.96
Which is ≈ 26
Answer:
5 in
Step-by-step explanation:
S = 6x² is the formula and S = 150 in²
<u>Therefore we have:</u>
- 150 = 6x²
- x² = 150/6
- x² = 25
- x = √25
- x = 5 in
Side of the cube is 5 in