16<2(3x-1)<28 divide all terms by 2
8<3x-1<14 add 1 to all terms
9<3x<15 divide all terms by 3
3<x<5
x=(3,5) in interval notation
On a number line, it would be a line segment from 3 to 5 with open circles at 3 and 5.
On a coordinate system graph, it would be an infinitely high shaded plane between the vertical lines x=3 and x=5
Answer:
What are the options for the answer?
Step-by-step explanation:
Answer:
Step-by-step explanation:
<u>Two ways to solve</u>
1.) Expand each term in the equation
- 7x = x · x · x · x · x · x · x
- 6x = x · x · x · x · x · x
- Count all the x’s ⇒ There are 13 x’s ⇒ 13x
2.) Add the coefficients
Hence,
Answer = 13x
Answer:
Parallel to two previous parallel lines which creates m < e that equals 41 and m < ff that equals 35
Step-by-step explanation:
Alternate interior angles
Answer:
y = - 1/3 x + 3
Step-by-step explanation:
You don't even need to know anything about perpendicular lines to properly answer this question. (That is why the missing graph is irrelevant.) Only one of the offered answer choices goes through the point (3, 2):
y = -1/3x +3
y = -1/3(3) +3 = 2 . . . . . (x, y) = (3, 2) is on this line
