Complete each question, showing your work. Submit your answers and your EOC document when you are finished.
Write your answers using this format: d=#,e=#,f=#
Write your answers using this format: x=#,y=#
x=#
x=#
x=#
Type your answer by entering the word root instead of the square root symbol. Ex. √ 24 would be 2root6. No spaces. All lowercase.
Type your answer by entering the word root instead of the square root symbol. Ex. √ 24 would be 2root6. No spaces. All lowercase.
Type your answer by entering the word root instead of the square root symbol. Ex. √ 24 would be 2root6. No spaces. All lowercase.
Select the correct answer.
Enter your answer rounded to the nearest tenth.
Enter your answer rounded to the nearest tenth.
Enter your answer rounded to the nearest tenth.
Enter your answer rounded to the nearest tenth.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
Select the solution to the system of equations.
22a) Bethany’s First Equation
22b) Bethany’s Second Equation
22c) Cost of a loaf of bread
22d) Cost of a gallon of milk
23) Which of the following is the correct justification for selecting one of the companies?
24) For how many shirts will both companies charge the same amount?
25a) If you want to buy 60 shirts, how much will Company 1 charge?
25b) If you want to buy 60 shirts, how much will Company 2 charge?
26a) Theo’s Equation
26b) Vickie’s Equation
26c) Cost of a hotdog
26d) Cost of a soda
27a) Total Bill Equation
27b) Number of Lunches Equation
27c) How many student lunches were ordered?
28) A student wrote the inequality y>4x-17. Her friend graphed the inequality and said that (12,31) is one of the possible solutions to the inequality. Is her friend correct?
29) Which of the graphs shown is the linear inequality y>1/2x-4?
30) Write an inequality that models the number of miles George can drive and not go over the $55 limit.