6.
Gathering & Organizing
Attitudinal Datasets
Attitudinal Datasets
Lesson Series: Using Google Sheets to Create Visualizations of Attitudinal Data
Objective: Students will learn to analyze and visualize attitudinal data using Google Sheets, following the Data Science Process to produce meaningful insights and visualizations.
Goal: Understand the role of attitudinal data in research and formulate questions that guide analysis.
Warm-Up (10 minutes):
Discuss examples of attitudinal data (e.g., surveys, opinion polls).
Ask: "Why is it important to visualize this type of data?"
Activity: Reviewing Available Datasets (20 minutes):
Provide students with a list of available datasets (e.g., Pew Research, other attitudinal datasets).
Students browse datasets to identify one that aligns with their project topic.
Discuss: "What makes a dataset relevant to your project?"
Activity: Asking Questions (20 minutes):
Provide students with a Pew dataset overview (structure, types of variables).
Students write down:
"What questions am I trying to ask the data?"
"What questions can I ask this dataset?"
Pair-share responses and discuss as a class.
Homework (Optional):
Research potential additional questions related to their topic.
Goal: Understand the role of attitudinal data in research and formulate questions that guide analysis.
Warm-Up (10 minutes):
Discuss examples of attitudinal data (e.g., surveys, opinion polls).
Ask: "Why is it important to visualize this type of data?"
Activity: Asking Questions (20 minutes):
Provide students with a Pew dataset overview (structure, types of variables).
Students write down:
"What questions am I trying to ask the data?"
"What questions can I ask this dataset?"
Pair-share responses and discuss as a class.
Homework (Optional):
Research potential additional questions related to their topic.
Goal: Learn to clean and prepare datasets for analysis.
Introduction (10 minutes):
Demonstrate how to download and open the dataset in Google Sheets.
Explain common cleaning tasks: removing duplicates, handling missing values, and standardizing formats.
Activity: Cleaning Data (30 minutes):
Students:
Remove irrelevant columns.
Filter data to focus on their research question.
Normalize data formats.
Explore basic Google Sheets functions for cleaning (e.g., =TRIM, =CLEAN).
Extension (Optional):
Introduce pivot tables for summarizing data.
Goal: Understand the types of charts and graphs available in Google Sheets and their use cases.
Warm-Up (10 minutes):
Show examples of visualizations (scatter plots, line charts, pie charts, bar graphs).
Ask: "What story does this chart tell?"
Activity: Exploring Features (30 minutes):
Students:
Use sample data to create different types of charts.
Experiment with formatting options (titles, axis labels, colors).
Discuss how each chart type represents data differently.
Reflection (10 minutes):
Ask: "Which chart types best represent the kind of data I’m working with?"
Goal: Develop meaningful visualizations for their dataset.
Warm-Up (5 minutes):
Recap visualization basics and best practices.
Activity: Building Visualizations (40 minutes):
Students:
Choose relevant chart types based on their research question.
Create at least 3 visualizations using Google Sheets.
Apply formatting to enhance readability and communication.
Pair Review (10 minutes):
Students share their visualizations with a partner and receive feedback.
Goal: Critically evaluate visualizations and communicate findings.
Activity: Analysis (30 minutes):
Students write concise descriptions of their visualizations, addressing:
What does this chart show?
What are its strengths and weaknesses?
How effectively does it communicate the data?
Discussion: Choosing Final Visualizations (20 minutes):
Students select 2-3 visualizations they feel best represent their dataset.
Write a brief justification for their choices.
Goal: Share insights and reflect on the visualization process.
Preparation (20 minutes):
Students prepare a short presentation or write-up that includes:
Their research questions.
Visualizations.
Key insights and reflections.
Presentations (30 minutes):
Students present to the class or in small groups.
Encourage peer feedback and discussion.
Compare Google Sheets visualizations with those created in Tableau or Datawrapper.
Explore interactivity by embedding visualizations into web-based reports or student portfolios.
Analyze additional datasets to build confidence and transfer skills.
Let me know if you'd like further refinement or additional activities!
The first part. Add a piece that has students review available datasets (PEW, etc) for datasets that likely align with their projects.