250 likes | 479 Views
Probability and Statistics. Info. Todd Smith Math Instructional Specialist todd_smith@boces.monroe.edu http ://thinkmath.blog.monroe.edu/. Today’s Goals. We will: Explore the connection of concepts within a grade and the progression of concepts between grades
E N D
Info Todd Smith Math Instructional Specialist todd_smith@boces.monroe.edu http://thinkmath.blog.monroe.edu/
Today’s Goals We will: • Explore the connection of concepts within a grade and the progression of concepts between grades • Discuss various teaching strategies • Engage in various activities that we might use in the classroom
Statistics and Probability Students view statistical reasoning as a 4 step process · Formulate questions that can be answered with data · Design and use a plan to collect relevant data · Analyze the data with appropriate methods · Interpret results and draw valid conclusions from the data that relate to the questions posed.
Statistics and Probability Students view statistical reasoning as a 4 step process · Formulate questions that can be answered with data · Design and use a plan to collect relevant data · Analyze the data with appropriate methods · Interpret results and draw valid conclusions from the data that relate to the questions posed.
Statistics and Probability Students view statistical reasoning as a 4 step process · Formulate questions that can be answered with data · Design and use a plan to collect relevant data · Analyze the data with appropriate methods · Interpret results and draw valid conclusions from the data that relate to the questions posed.
Statistics and Probability Students view statistical reasoning as a 4 step process · Formulate questions that can be answered with data · Design and use a plan to collect relevant data · Analyze the data with appropriate methods · Interpret results and draw valid conclusions from the data that relate to the questions posed.
Statistics and Probability Students view statistical reasoning as a 4 step process · Formulate questions that can be answered with data · Design and use a plan to collect relevant data · Analyze the data with appropriate methods · Interpret results and draw valid conclusions from the data that relate to the questions posed.
How much money does the President of the United States make in a Year?
How much money does the President of the United States Make in a Year? How much money does the Prime Minister of Sweden make?
How much money does the President of the United States Make in a Year? How much money does the Prime Minister of Sweden make? How much money does an American worker make?
How much money does the President of the United States Make in a Year? How much money does the Prime Minister of Sweden make? How much money does an American worker make? How much money does a Swedish worker make?
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Statistical Question • Discuss what a statistical question is and give examples. • Discuss various examples and non examples • Have students work through a sorting activity in which they separate statistical and non-statistical questions • Have students come up with their own real life situations and create their own statistical and non statistical questions • Share out questions as a class and sort into the two categories
Describing Data Students can build on prior knowledge to describe the shape of a set of data by creating visuals
Describing Data Students can build on prior knowledge to describe the shape of a set of data by creating visuals Symetric
Describing Data Students can build on prior knowledge to describe the shape of a set of data by creating visuals Symetric Skewed left Negative Skew
Describing Data Students can build on prior knowledge to describe the shape of a set of data by creating visuals Symetric Skewed Right Positive Skew Skewed left Negative Skew
Introduce the need for measures of variability Two sets of grades on math tests Student A: 29, 45, 50, 70, 98, 99, 99 Student B: 64, 67, 69, 70, 72, 73, 75 Who is the better student?
Relating measure of center and variability to their context SituationMeanMad Diameter of a tire 17 in .01 in Number of chocolate chips 17 8 in a chocolate chip muffin Number of bb’s in a bb box 1000 8