Cable Impacts brings you InCtrl, a series of free standards-based lessons, originally developed by Cable in the Classroom, that teach key digital citizenship concepts. These lessons, for students in grades 4-8, are designed to engage students through inquiry-based activities, and collaborative and creative opportunities.

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While some of the InCtrl lessons already meet Common Core standards in Math, here are additional activity ideas and subject-area connections to help you integrate the topic of digital citizenship into this subject.

Use digital media and tools to exercise and promote numeracy, data interpretation, and statistics.

  • Use digital tools such as Google Docs, Wikis, DreamBox to help you teach math in an interactive and engaging way.
  • Brainstorm ways that your class can use digital meeting or communication technologies such as GoToMeeting, Skype, or Google Hangouts. For example, hold a math competition online between students from different schools, states, and countries.
  • Check out educational apps on Google Apps, Chrome Store and iTunes that help kids learn, practice, and boost their math skills, or video tutorials to help kids learn at their own pace on YouTube or via Khan Academy.

"Information literacy is very important in the subject of math, because they need to be able to research information online and understand sources. Validating information plays a major role in problem solving. Where did the information come from? How did I arrive at this point in the research? Can the information be validated? After collecting information students must organize and manage the information, which plays a big part in mathematical word problems."

Teacher, New York

Lesson Idea Starters

Working Together Digitally

Digital Collaboration and Communication
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Use this lesson at the start of the school year to emphasize the importance of collaboration and problem solving, skills students will be using throughout the year in not only Math, but other subjects as well.

Visit with your students and have them work in teams to learn coding skills. Conduct a friendly challenge.

Have students work in pairs to teach their partner how to solve a math problem. They can use SnapGuide, iMovie, Prezi or PowerPoint for their step-by-step instructions. Students should show and explain their mathematical reasoning as they go through each step of solving the problem. Completed step-by-steps can be presented to the rest of the class or shared on a class blog or website that other students can use for review or homework help.

Participate in the global Kids Hack Day to teach kids how to collaborate to problem solve and work with other kids around the world.

Living in a Digital World

Digital Citizenship
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Explore with students what digital tools and devices they can use for various math projects. Give students time to practice and test various digital tools. Ask: What tools can they use? What tools have they used? What works well, what doesn’t? Why?

Discuss how math is used in many of today’s careers. This can help students start to understand how math crosses subject areas, what career options exist, and what types of cross-curricular skills are needed in those jobs. For example: What kind of math skills does a game developer need? What math skills do a computer programmer or scientist use? How do these careers operate and interact within a digital world?

Study binary code, explaining that it is the base for all computer language, and how it is used in computer science. Have students explore other types of codes and what they are used for. They can even develop their own code.

Suitable for high school students

Students will research and define algorithms, and explain where and how they are used today. An algorithm is a step-by-step solution to a problem, or like a cooking recipe for math. For example, web search engines like Google, use algorithms to find relevant information across the web. Many other sites and services use algorithms as well.

Your Digital Footprint: Leaving a Mark

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Calculate the reach of various social media posts. Use the handout from the lesson to calculate it based on the number of followers or friends one has.

Study digital media or stories that have gone viral. Discuss what makes it “viral” and the numbers.

Calculate the average number of followers and friends students have and compare to the rest of the school. Sort by age, location, etc.

Media: Between the Lines

Media Literacy
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Collaborate with Science and Library/Media Center

Study the research that has been published and how information can be presented. Study charts, maps, infographics, photos, and “scientific” or technical illustrations. Discuss how statistics and information can be represented very differently and in ways that may be misleading.

  • Discuss the intentions of the chart, map, illustration, or photo. Ask: What information is published, and what is left unpublished? Who makes this decision? Who created it? How do we know the representation of information is accurate? Was it edited? What are they really trying to say?
  • Discuss how graphs can be misleading. The same information can be interpreted in various ways if displayed in different types of chart (i.e. bar graph vs. pie chart). Other elements of a chart that can change its interpretation: Title, scale, labels, source of data, key to pictograph, and size of symbols. See examples here and here . How can subtle changes of graph elements change the interpretation of information? Provide students with a set of data to graph. Have them determine what scale, labels, and elements to include. Compare their results and how differently individual representations of data varied, and why.

Stand Up. . . Be InCtrl

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Collaborate with Science and Library/Media Center

Look at and discuss research and statistics on bullying found in the media. Next look closer at surveys, statistics and data about cyberbullying.

  • To start, evaluate the following New Jersey school study from 2008 that evaluated students’ attitudes about cyberbullying:
  • Next, have students compare findings to another study:
  • Ask: What types of statistics do the various studies communicate? Is the data that is represented graphically accurate? Are there “trends”? Is the study fair in capturing an accurate sample of information or data? Do the results of this study match up to your own personal experience? Do you agree with the research and their conclusions?
  • Compare the representative samples of research studies. Discuss how scientific studies differ from “opt-in”, online surveys, and surveys that pay participants. How do these differences impact the validity of the survey?

What's Mine Isn't (Necessarily) Yours

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Students can research famous mathematicians in history and what made them famous. After they have researched, they can create an effective historical timeline or digital presentation to share what they have learned about math concepts, while giving credit to the original creators.

Collaborate with Science and Library/Media Center

Compare the following two web pages/documents, the first published by a professor at Arkansas Technical University [source], the second by a math teacher in Pennsylvania [source]. Ask students if they think it is attribution (see definition by Creative Commons) or plagiarism. Who is the original author? Is there a source?

Collaborate with English/Language Arts, Science, Social Studies and Library/Media Center

Have students think about how citations can benefit them. For example, citations can establish credibility and authority.

Collaborate with English/Language Arts, Science, Social Studies and Library/Media Center

Do a lesson on how to complete a bibliography.

In-Credibly Informed

Media Literacy
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Collaborate with Science and Social Studies

Discuss how “facts” and accuracy of data can change with knowledge, experience, perspective, and technology over time. For example, some research claims that smoking/coffee/chocolate can be good for people, while others show that they are not; or how previously people thought the world was flat instead of round. Therefore, it is important to discuss the intention of the study or people/group conducting the research. For instance:

  • Variations and the evolution of measurement scales, systems, and accuracies.
  • Geographical representation, mapping, weather-related information and accuracy have evolved with the invention of satellites, space advances, and become available for everyone with tools like Google Earth.

Data is frequently reported inaccurately and validating information plays a major role in problem solving.

  • Have students look at data, and information sources and ask: Where did this information come from? How did I arrive at this point in the research? Can the information be validated?
  • Ask: How can this data be recalculated to be more accurate? Have students practice collecting, organizing, and managing information and data. They can use spreadsheets to analyze data, make graphs, calculate percentages, averages, ratios, etc. Students can then compare their numbers to other reports.

Share Your Feedback

We want to know what you think! Try these subject extension ideas and offer your comments, suggestions, and any additional ideas you have below in the comment section. What has worked in your classroom? What additional subject-specific connections can you make?

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