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Lesson plan Students get a real life lesson in sociology as they formulate a hypothesis about the attitudinal differences between generations, test their hypothesis with a survey, chart their findings, and present their answers to the class. On This PageLesson plan information|
School level | | Curriculum areas | | • | Social studies | | • | Language arts | | • | Mathematics |
| Class time | | • | Approximately 5-6 hours, spread over 4 weeks |
| Software required | | • | Microsoft Office Excel | | • | Microsoft Office PowerPoint | | • | Microsoft Office Word |
| Materials needed | | • | Example of a survey form (Web access) |
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Teacher guideGoals| • | Students are introduced to the process of creating a hypothesis and testing its validity. | | • | Students become familiar with spreadsheet fundamentals. | | • | Students engage in thoughtful discussion about generational differences. |
Objectives| • | Students formulate a hypothesis with dependent and independent variables about generational differences in attitude. | | • | Students design, write, and administer a questionnaire that elicits responses to questions about generational differences. | | • | Students analyze the survey results using Office Excel. | | • | Students present their findings to the class using Office Excel or Office PowerPoint. |
Lesson procedureIntroductionDo you have the same attitudes about issues in life—such as politics, for example—as someone who is age 30? Age 50? Age 80? Do older people and younger people think alike? On what subjects might they have different opinions? Is there really such a thing as a "generation gap" Or is this a myth or assumption we make? You are going to find out the answer to this question by researching the differences between generations. Working in teams, you will first develop a hypothesis that you believe reflects the differences between generations. Next, you will design, write, and administer a questionnaire to test your hypothesis. Your survey will compare attitudes and opinions about certain issues, based on different variables, such as age, gender, or geographic region. Finally, you will chart your findings, analyze your results using Office Excel, and report the results to your classmates using Office PowerPoint. Main activityStep 1: Creating a hypothesis| • | Software: None | | • | What to do Create a hypothesis using dependent and independent variables 1. | Decide how you think generations may differ in their opinions on a particular topic. Team up with a classmate and choose two topics to study. These will be called "dependent variables" because you are stating that you believe that a person's beliefs about these topics depend on their age. The "independent variable" is what causes the differences in the dependent variables. In this case, the independent variable is the generation to which the person belongs. Choices for topics might include: | • | Politics | | • | TV violence | | • | Movies | | • | Religion | | • | Technology | | • | Women in the military | | • | Gun control | | • | Family values | | • | Friendship | | • | Eating habits |
| 2. | Decide exactly how you think the dependent variables will differ for the generations. This is your hypothesis. For example, if the topic is TV violence, the hypothesis might be: "Younger people think TV violence is fun and harmless, but older people think it is dangerous and harmful." If the topic is Women in the military, the hypothesis might be: "The older a person is, the more he or she will believe that women in the military should not be allowed in combat." If the topic is Friendship," this might be your hypothesis: "Young people tend to value friends more than family, but older people tend to value family more than friends." |
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Step 2: Creating the survey| • | Software: Microsoft Office Word | | • | What to do Create a survey and test it 1. | Use Word to create a survey form similar to the one found in the Design a survey using Word article.
With your partner, create five statements for survey participants to respond to that will accurately test your hypothesis. Statements should be designed to elicit answers like "strongly agree" or "strongly disagree." | 2. | Assign numerical values for different attitudes toward your statements. For example: | • | 5 Strongly agree | | • | 4 Agree | | • | 3 Neutral | | • | 2 Disagree | | • | 1 Strongly disagree |
| 3. | Present your survey statements to the rest of the class and see if: | • | The class can guess your hypothesis. | | • | The statements accurately reflect the hypothesis. |
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Step 3: Administering the survey| • | Software: None | | • | What to do Administer the survey in a public place to a specified minimum number of respondents 1. | Decide on a minimum number of people to be surveyed. | 2. | Decide at which public place you will administer the survey (for example, at a mall, inside or outside a grocery store, at a movie theater). | 3. | Obtain the permission of your parents and the survey site owner before administering their survey. | 4. | Set up tables in the public place you have chosen. | 5. | Be sure respondents fill out the entire survey and thank them for taking the time to do so. | 6. | For each respondent, average the numerical values of their responses to the survey statements and write this "score" on the survey form. |
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Step 4: Analyzing the Results| • | Software: Microsoft Office Excel | | • | What to do Analyze your survey data 1. | Open a new spreadsheet in Excel. | 2. | Clarify your variables. For example, "Independent Variable: Generation"; "Dependent Variable: Political Beliefs." There should be one column for each dependent variable on your worksheet. When entering data into your worksheet, each response (completed survey) should be put in its own row, and the independent variable should go in the first column. | 3. | Note how many males/females there are, and what part of the world the respondents were born in. Even if you do not include this information in your analysis, it is important to record it, because these differences may affect your results. Make these the second and third columns. | 4. | Sort the data based on the generation group. Then, calculate the average score for each dependent variable for each group. Using Excel's filtering features, evaluate the data by showing records that match certain rules, or criteria. For example, show all records of people who were born between 1946 and 1955 from the United States that scored the highest for one of your dependent variables. | 5. | Create charts that show some trend in your data. |
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Step 5: Presenting the results| • | Software: Microsoft Office Excel, Microsoft Office PowerPoint | | • | What to do Create an Excel or PowerPoint presentation to show your team's hypothesis, survey, and results | • | Create a presentation to show your team's hypothesis, survey, and results to the class. Your team can: Present your ideas on the computer using Excel to show your graphs. —or— Create a presentation in PowerPoint to demonstrate your hypothesis and findings with graphics, art, animations, and graphs. |
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ConclusionAssess the students on: | • | Formulation of their hypothesis | | • | Design of survey | | • | Administration of survey | | • | Analysis of survey results | | • | Final Excel or PowerPoint presentation. |
Materials neededExample of a survey form created in Word. Save this file to your classroom computer. Lesson extension activitiesHave more advanced students design the survey form in Office Excel. They'll work with the Forms toolbar to add form buttons and boxes. For help designing a form in Office Excel, click the Office Assistant and type "Create a form" in the search field.
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