Survey Says…… Unit 2 IB Project.

Slides:



Advertisements
Similar presentations
Writing constructed response items
Advertisements

Mathematics in the MYP.
1 Unit 4: One-Step Equations The Georgia Performance Standards Website.
©2013 Cengage Learning. All Rights Reserved. Business Management, 13e Data Analysis and Decision Making Mathematics and Management Basic.
Richards Middle School Columbus, Georgia
Task 4 Mathematics Boot Camp Fall, 2015.
By: Melissa Humphreys March 1, 2011 Educ 310. Grade Level: Middle School (5-6) Subject: Mathematics  Overview:  This lesson involves probability and.
1 Science as a Process Chapter 1 Section 2. 2 Objectives  Explain how science is different from other forms of human endeavor.  Identify the steps that.
Explanation: (They wanted to know…) (I knew…) (So I…) (I found…) Use appropriate mathematical terminology!!! ______________________________________________________________________________.
Lesson Study Group 1: Topping Off an Algebra Sundae Tracy Foss Wendy Goldfein ** Host Teacher Ellen King Cheryl Nelson John Ryan.
Pennsylvania Standard J. Geometry Standard
Yr 7.  Pupils use mathematics as an integral part of classroom activities. They represent their work with objects or pictures and discuss it. They recognise.
Develop and Use Models I can identify limitations of models. I can use a model to test cause and effect relationships or interactions concerning the functioning.
Persuasive Letter Scoring Guide Category4321 Audience Demonstrates a clear understanding of the potential reader and uses appropriate vocabulary and arguments.
#1 Make sense of problems and persevere in solving them How would you describe the problem in your own words? How would you describe what you are trying.
RBT: Revised Bloom’s Taxonomy What you need to be able to do with material that is taught to you.
Math CC7/8 – Mar. 20 Math Notebook: Things Needed Today (TNT):
Extended Written Response Assessment
Written assignment External assessment.
Skills for Science with a focus on Biology.
PowerPoint Presentation Guide
Math Notes.
Mathematical Exploration
Survey Project.
What is our goal in our TL Class?
Animals use their senses for survival
IB Assessments CRITERION!!!.
AF1: Thinking Scientifically
Performance Assessment Development
Paragraph Quiz Answer True or False.
Parent Curriculum Evening
Possible texts for writing
A Relevant and Descriptive Title
Hypothesis-Based Science
Writing Workshop: Courage & heroism
PROBLEM SOLVING CHECKLIST
Renewable Energy Research Paper
Patterns and Algebra II
Chapter 1, lesson 1-How scientists work
Introduction to science
AP Seminar: irr directions & rubric analysis
DBQs; document based question
Patterns and Algebra II
Challenging perceptions through cross curricular collaboration
By Joseph Cheatle Adapted from the OWL at Purdue
Preparation for the American Literature Eoc
Systematic Investigation: The Scientific Method
Reading and Writing Essays
The Scientific Method.
Math SL Year 2 August 24th.
Reading and Writing Essays
DIVIDE EACH ENTRY BY THE GRAND TOTAL.
A way to organize data in TWO CATEGORIES.
The Math Studies Project for Internal Assessment
Ratios, Rates and Percents
Introduction & 1.1: Analyzing categorical data
Rubric for Group Activity or Group Project
Warm-Up.
“Day B” May 22, :01 - 9:01 Exploratory 9: :03 10:05 -11:05
What is a Performance Task
NEPf-Aligned Student Perception Survey Implementation
English Language Proficiency
Developing Instructional rubrics
Connecting Science with Other Subjects
Exam Preparation.
How to write an effective conclusion
Chapter 1: Exploring Data
IB Math Studies Project
SCIENCE LET’S INVESTIGATE.
PROBABILITY AND STATISTICS: 1
Presentation transcript:

Survey Says…… Unit 2 IB Project

G: The goal is to analyze patterns to determine relationships which simplifies complex ideas and helps us better understand differences and address those differences. R: Your job is to survey the differences about your classmates. A: Your target audience is your teacher. S: Your challenge is to create a report about the likes and dislikes of middle school students using ratio and proportional reasoning. P: You will create a report based on survey data. The report will include a summary of your finding from the survey, graphs, predictions and offer suggestions for the teacher. S: Your product must meet the following standards investigating patterns (Criteria C): consistently use appropriate mathematical language consistently use different forms of mathematical representation to present information correctly communicate clearly through coherent lines of reasoning present work that is consistently organized using a logical structure. Your Task

Steps Choose a survey topic. Survey at least 30 6th graders. Create a chart that summarizes your findings. Be sure to convert your data into a fraction, decimal, and percent. Decimals should be rounded to the nearest hundredths (two decimal places) Create a bar graph. Write a report that summarizes the findings from your survey. Look for patterns in the data to find how students are related to each other. Include a paragraph that explains your survey results. You must write in complete sentences. You must accurately describe your results. You must use ONE form only of the numbers (fractions decimals or percents). Use statements that compare the results in your description. Also include predictions about what your data would show if you surveyed more students. What suggestions would you offer your teacher based on your data? Which format (fractions, decimals, graphs) best communicates the similarities and differences between your classmates likes, dislikes and interests? Why?

Rubric Achievement level Level descriptor Task-Specific Clarification The student does not reach a standard described by any of the descriptors below. The task does not reach a standard described by any of the descriptors below. 1–2 (D range) The student is able to: use limited mathematical language use limited forms of mathematical representation to present information communicate through lines of reasoning that are difficult to understand. In the task: Math conversions are rarely correct. Student did not survey required number of people; survey questions consistently biased. Data presented in limited ways. Graph and data table communicate information in limited ways that are often difficult to understand. Explanation describes data through lines of reasoning that are difficult to understand. Statements that compare the data, such as “greater than” and “less than” are used rarely or not at all. Written reflection shows little evidence that the student recognizes that numbers can help us see how we are all connected. Thoughts are not organized. 3–4 (C range) use some appropriate mathematical language use different forms of mathematical representation to present information adequately communicate through lines of reasoning that are able to be understood, although these are not always coherent adequately organize information using a logical structure. Math conversions are sometimes correct. Almost the required number of people surveyed; survey questions sometimes show bias Data adequately presented in fraction, decimal and percent form. Graph and data table adequately communicate information and are adequately organized. Explanation adequately describes data through lines of reasoning that are able to be understood but are not always coherent. Statements that compare the data, such as “greater than” and “less than” are used occasionally. Written reflection shows some evidence that the student recognizes that numbers can help us see how we are all connected. Thoughts are adequately organized.

Achievement level Level descriptor Task-Specific Clarification 5–6 (B Range) The student is able to: usually use appropriate mathematical language usually use different forms of mathematical representation to present information correctly communicate through lines of reasoning that are usually coherent present work that is usually organized using a logical structure. In the task: Math conversions are usually correct. Required number of people surveyed; survey questions usually not biased Data usually presented in fraction, decimal and percent form. Graph and data table are mostly neat, usually easy to read, usually communicate information clearly, and are usually organized logically. Explanation is typed, logical and usually describes data through coherent lines of reasoning. Statements that compare the data, such as “greater than” and “less than” are used. Written reflection shows evidence that the student recognizes that numbers can help us see how we are all connected. Thoughts are usually organized using a logical structure. 7–8 (A range) consistently use appropriate mathematical language consistently use different forms of mathematical representation to present information correctly communicate clearly through coherent lines of reasoning present work that is consistently organized using a logical structure. All math conversions are correct. Required number of people surveyed; survey questions not biased Data consistently presented in fraction, decimal, and percent form. Graph and data table are neat, easy to read, communicate information clearly, and are organized logically. Explanation is typed, logical and accurately describes data through coherent lines of reasoning. Statements that compare the data, such as “greater than” and “less than” are used consistently, Written reflection shows evidence that the student recognizes that numbers can help us see how we are all connected. Thoughts are consistently organized using a logical structure.

**You will need to survey your classmates to collect your data** Example 1. I already have surveyed some 6th graders regarding their favorite ice cream flavors……….and survey says… Flavor Tally Frequency Fraction Decimal Percent # If 250 surveyed Vanilla 15 Strawberry 9 Chocolate 11 Total Surveyed 35 2. **You will need to survey your classmates to collect your data**

Bar Graph

Written Reflection Which did more students prefer? Which did least students prefer? How many more students liked ________ than ___________? Describe how you used the data to predict the number of students that would prefer each choice, if 250 were surveyed. How do you compare with the your peers? Prior to doing this project, how did you think you would compare with your peers?