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1-6 Using a Problem-Solving Plan Mrs. Ymas Math 7

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Presentation on theme: "1-6 Using a Problem-Solving Plan Mrs. Ymas Math 7"— Presentation transcript:

1 1-6 Using a Problem-Solving Plan Mrs. Ymas Math 7

2 1-6 Using a Plan Read and Understand Plan & Solve Look Back and Check
Clues (Question, Facts) Plan & Solve Game Plan: Strategy Solve: Process Look Back and Check

3 At the 2002 Winter Olympics, Tristan Gale won the women’s skeleton event. How much faster was Gale’s total time than Parsley’s? Name Heat 1 Time (seconds) Heat 2 Time Tristan Gale 52.26 52.85 Lea Ann Parsley 52.27 52.94 Alex Coomber 52.48 52.89

4 At the 2002 Winter Olympics, Tristan Gale won the women’s skeleton event. How much faster was Gale’s total time than Parsley’s? Name Heat 1 Time (seconds) Heat 2 Time Tristan Gale 52.26 52.85 Lea Ann Parsley 52.27 52.94 Alex Coomber 52.48 52.89

5 Strategies Draw a Diagram Make a Graph Make an Organized List
Make a Table and Look for a Pattern Simulate a Problem (act it out) Solve a Simpler Problem Try, Check, and Revise Use Logical Reasoning Work Backward Write an Equation

6 How much faster was Gale’s total time than Parsley’s?
Name Heat 1 Time (seconds) Heat 2 Time Total Time (seconds) Tristan Gale 52.26 52.85 Lea Ann Parsley 52.27 52.94 Alex Coomber 52.48 52.89

7 How much faster was Gale’s total time than Parsley’s?
Name Heat 1 Time (seconds) Heat 2 Time Total Time (seconds) Tristan Gale 52.26 52.85 Lea Ann Parsley 52.27 52.94 105.11 105.21 Compare the total times, you subtract. – = 0.10 second

8 “Is my answer reasonable?
Gale’s total time was 0.10 second faster than Parsley’s total time. Look, Back, and Check – Ask yourself, “Is my answer reasonable? Did I check my work?”

9 At the 2002 Winter Olympics, Tristan Gale won the women’s skeleton event. How much faster was Parsley’s total time than Coomber’s? Name Heat 1 Time (seconds) Heat 2 Time Tristan Gale 52.26 52.85 Lea Ann Parsley 52.27 52.94 Alex Coomber 52.48 52.89 16 seconds

10 Let’s try this… 46 students and 3 teachers go to camp each day on a bus. The bus has 32 seats, and each seat holds 2 people. If every seat is used, how many seats will have two people? 17 seats


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