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Algebra 1 An Integrated Approach, Larson/Kanold/Stiff, 2000 Edition, D.C. Heath and Company Section References 1.6 Verbal Models and Algebraic Models 1.7 A Problem-Solving Plan 1.8 Exploring Data:
2.8 Exploring Data:
3.4 Linear Equations and Problem Solving 3.7 Exploring Data:
5.4 Exploring Data:
5.7 Problem Solving Using Linear Models 6.6 Exploring Data: Time Lines, Picture Graphs, and Circle Graphs 7.4 Problem Solving Using Linear Systems 7.7 Exploring Data: Linear Programming 8.6 Problem Solving: Compound Interest and Exponential Growth 8.7 Exploring Data: Exponential Growth
9.5 Problem Solving
9.7 Exploring Data:
11.1 Problem Solving
11.2 Problem Solving
11.4 Exploring Data: Probability Software Math Connections:
Specific Textbook
http://www.glencoe.com/
http://www.eduplace.com/
http://www.hmco.com/
http://www.mcdougallittell.
General Math
http://www.learner.org/
http://henson.austin.apple.
http://school.discovery.com/
http://www.nea.org/grants/
http://www.wcom.com/
http://dewey.chs.chico.k12.
Free Stuff http://www.nea.org/
State/National Math
Calif. Dept. of Ed. Standards, Assessment, Ed. Reference. Calculator Reference Site
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Previously Published Data 1.) Students will solve and graph each inequality: 2.) Students will solve each equation: 3.) Students will write the inequality that models each situation:
In 7 more years my car will be over 10 years old. Let c = my car's age in years. The 237 tickets sold at tonight's game more
than tripled the number sold at the last game. Let t = the number of tickets
sold at the last game.
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Previously Published Data 1.) Students will solve and graph each inequality: -2(x + 5) > 6 2.) Students will write the inequality that models this situation and justify their answer: Five balcony seats for the concert cost
over $20 more than three balcony seats. Let b = the cost of one balcony
seat.
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