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Slope-intercept
equation |
1 |
The first number in an ordered
pair |
|
Origin |
2 |
The horizontal line where y =
0 |
|
x-axis |
3 |
Equation in the form y = mx +
b |
|
Quadrant |
4 |
One-fourth of the coordinate
plane |
|
Linear equation |
5 |
A point drawn on a number line or coordinate
plane
representing a number of ordered pair |
|
x-coordinate |
6 |
The second number in an ordered
pair |
|
y-coordinate |
7 |
The intersection where the x-axis crosses the
y-axes |
|
Slope |
8 |
The vertical line where x =
0 |
|
Graph |
9 |
Rise divided by run |
|
y-axis |
10 |
Variables are only raised to the first
power. |
30
+ 17x - 16x2+ 35x + 21x2 - 15x - 43
3.18
x 105
Write
using scientific notation
Multiply
260,000
(6A
7)(3A + 8)
Factor
completely
Solve
for the given variable
22x4
8x3 +
40x2
7x2
21x = 0
Find the slope of the line connecting each of
the
following sets of two points: (-2,-2) and (5,3) (-3,4) and (2,-1) |
Write a T-chart below and
find
three
solutions to
y = 3x - 7. |
Change to slope-intercept
form 2y 5x =
18 |
Determine whether the given
ordered
pair is a solution to both equations. Show your
work (3,5) in 4x 3y =
-3 and y = 2x 1 |
Solve by substitution: y = 2x + 1 2x + y = 5 |
Solve by
addition: 4x + 2y =
20 3x 2y
=8 |
The sum of two numbers is one
hundred twenty. The difference between them is sixteen. What are the
numbers? |
A jar of dimes and quarters
holds $15.25. There are
103
coins in all. How many of each are there? |