Chapter 1 Chapter 2 Chapter 3 Graphing Miscellaneous 100 pt 100 pt Eleanor M. Savko Chapter 1 Chapter 2 Chapter 3 4/14/2018 Graphing Miscellaneous 100 pt 100 pt 100 pt 100 pt 100 pt 200 pt 200 pt 200pt 200 pt 200 pt 300 pt 300 pt 300 pt 300 pt 300 pt 400 pt 400 pt 400 pt 400 pt 400 pt 500 pt 500 pt 500 pt 500 pt 500 pt

Eleanor M. Savko 4/14/2018 Chapter 1 – 100 pts Simplify

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 1 – 200 pts Solve

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 1 – 300 pts Solve

Eleanor M. Savko 4/14/2018

Chapter 1 – 400 pts Write the solution in interval notation Eleanor M. Savko 4/14/2018 Chapter 1 – 400 pts Write the solution in interval notation

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 1 – 500 pts

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 2 – 100 pt Find the domain

Eleanor M. Savko 4/14/2018

Chapter 2 – 200 pts Is this a one-to-one function? Why or why not? Eleanor M. Savko 4/14/2018 Chapter 2 – 200 pts Is this a one-to-one function? Why or why not?

There are no repeating x or y values Eleanor M. Savko 4/14/2018 Yes it is There are no repeating x or y values

Eleanor M. Savko 4/14/2018 Chapter 2 – 300 pts Find f(-2)

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 2 – 400 pts Find the slope

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 2 – 500 pts Write the equation of a line that passes through the points (4, 6) and (2, -1). Put your final answer in standard form.

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Chapter 3 – 100 pts Is (3,4) a solution?

Eleanor M. Savko 4/14/2018 NO

Chapter 3 – 200 pts Solve the system using SUBSTITUION Eleanor M. Savko 4/14/2018 Chapter 3 – 200 pts Solve the system using SUBSTITUION

Eleanor M. Savko 4/14/2018 (5,2)

Eleanor M. Savko 4/14/2018 Chapter 3 – 300 pts Solve using elimination

Eleanor M. Savko 4/14/2018 (2,-3)

Chapter 3 – 400 pts Solve the system: Eleanor M. Savko 4/14/2018 Chapter 3 – 400 pts Solve the system: The perimeter of a rectangular floor is 90 feet. Find the dimension of the floor if the length is twice the width.

Eleanor M. Savko 4/14/2018 Length 30 feet, width 15 feet

Eleanor M. Savko 4/14/2018 Chapter 3 – 500 pts Solve the 3x3 system

Eleanor M. Savko 4/14/2018 (1,3,-2)

Graphing – 100 pts What is the y-intercept of the following equation? Eleanor M. Savko 4/14/2018 Graphing – 100 pts What is the y-intercept of the following equation?

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Graphing – 200 pts Graph the line.

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Graphing – 300 pts Graph

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Graphing – 400 pts Graph

Eleanor M. Savko 4/14/2018

Graphing – 500 pts Graph the system of inequalities Eleanor M. Savko 4/14/2018 Graphing – 500 pts Graph the system of inequalities

Eleanor M. Savko 4/14/2018

Miscellaneous – 100 pts Find x & y intercepts of the equations. Eleanor M. Savko 4/14/2018 Miscellaneous – 100 pts Find x & y intercepts of the equations.

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Miscellaneous – 200 pts Write the equation of a line that is parallel to and contains the point (-2,-5). Place your final answer in slope intercept form.

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Miscellaneous – 300 pts Find the solution of the following inequality. Write your solution in interval notation.

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Miscellaneous – 400 pts Set up the equations for the following system. DO NOT SOLVE. A Broadway theater has 500 seats, divided into orchestra, main, and balcony seating. Orchestra seats sell $50, main seats for $35, and balcony seats for $25. If all the main and balcony sears are sold, but only half of the orchestra seats are sold, the revenue is $14,600. If all the seats are sold , the revenue is $17,100. How many of each kind of seats?

Eleanor M. Savko 4/14/2018

Eleanor M. Savko 4/14/2018 Miscellaneous – 500 pts Given the x-intercept of 5 and the y-intercept of -1 find the equation of a line that contains both. Place your final answer in slope-intercept form.

Connie Kendall 4/14/2018