Red
Blue
Green
Yellow
100

Find the x-intercept of 5x – 2y = 9.

x = 9/5 

(9/5, 0)

100

Find the slope: (–7, 7) and (–7, –2)

Undefined

100

Graph y =  (1/3)X

You must have at least two points plotted accurately. 

100

Write a linear equation in slope-intercept form to model the situation: A pizza delivery service charges a flat fee of $3.50 plus $1.25 for each mile traveled.

c = 1.25x + 3.50

200

Determine whether each equation is a linear equation. Write yes or no. If so, write the equation in standard form.

 3/x + 2/y = 2/3

NO

200

Determine whether each equation is a linear equation. Write yes or no. If so, write the equation in standard form. 

6x = – 5y

yes; 6x + 5y = 0

200

Find the next three terms of the arithmetic sequence 2, 5, 8, 11, ... .

14, 17, 20

200

Find the zero of 7x – 42 = 0.

6

300

Describe the transformation in g(x) = 3x – 6 as it relates to the graph of f(x) = x.

The parent function shifted down 6 units and stretched vertically. 

300

Tickets for a concert cost $5 for children and $12 for adults. The equation 5x + 12y = 100 represents the number of children (x) and adults (y) who can attend the concert for $100. If no adults attend, how many children can attend the concert for $100?

20 children

300

Determine whether the sequence 5, 10, 20, 40, ... is an arithmetic sequence. Write yes or no. If so, state the common difference.

No because the common difference is not constant. 

300

Graph the equation 4x + 4y – 8 = 0.

Change into slope-intercept form and then graph. 

4y = -4x – 8

y= -x – 2

Graph at least two points. 

400

In 2010, the percentage of students at Westridge College who completed internships was 62.3%. In 2018, that number increased to 68.5%. Determine the rate of change for the percentage of students completing internships from 2010 to 2018.

0.14% per year

400

If (a, 10) is a solution to the equation –a = 4b – 7, what is a?

a is -33

400

Write an equation for the nth term of the sequence 15, 11, 7, 3, ... .

an = 15 + (n-1)-4

a= 14 - 4n + 4

a= 18 - 4n

400


A train travels at a constant speed of 60 miles per hour.

a. Write an equation in function notation for the relationship between time (in hours) and the distance traveled (in miles)

b. How many miles will he drive in 4 hours?

a. d(t) = 60t

b. 240 miles 

M
e
n
u