Search Results
Lesson Plan
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7, Intermediate (6-8)
Students understand that, as digital citizens, they participate in a community of real people in online places. They determine whether the places in physical and online communities are appropriate for 7th graders. They then discuss ways to effectively prevent and handle encounters with inappropriate people and places. Students interview their peers regarding their online experiences. They identify issues and challenges related to digital citizenship. They conduct a poll, analyze statistics and draw conclusions.
Lesson Plan
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7, Intermediate (6-8)
Students understand that, as digital citizens, they participate in a community of real people in online places. They determine whether the places in physical and online communities are appropriate for 7th graders. They then discuss ways to effectively prevent and handle encounters with inappropriate people and places. Students interview their peers regarding their online experiences. They identify issues and challenges related to digital citizenship. They conduct a poll, analyze statistics and draw conclusions.
Student Handout
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8, Intermediate (6-8)
Students understand that a digital citizen knows how to evaluate websites for credibility, safety, and appropriateness. They learn how to identify the domain suffix (e.g. .com, .org, .edu, etc.) as a clue to the purpose of a website. They examine a series of websites and use set of criteria to determine whether the website is a reliable, safe and appropriate for children and teens. Students create posters to inform others how to evaluate websites for reliability of information found online.
Student Handout
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8, Intermediate (6-8)
Students understand that a digital citizen knows how to evaluate websites for credibility, safety, and appropriateness. They learn how to identify the domain suffix (e.g. .com, .org, .edu, etc.) as a clue to the purpose of a website. They examine a series of websites and use set of criteria to determine whether the website is a reliable, safe and appropriate for children and teens. Students create posters to inform others how to evaluate websites for reliability of information found online.
Student Handout
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8, Intermediate (6-8)
Students understand that a digital citizen knows how to evaluate websites for credibility, safety, and appropriateness. They learn how to identify the domain suffix (e.g. .com, .org, .edu, etc.) as a clue to the purpose of a website. They examine a series of websites and use set of criteria to determine whether the website is a reliable, safe and appropriate for children and teens. Students create posters to inform others how to evaluate websites for reliability of information found online.
Student Handout
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8, Intermediate (6-8)
Students understand that a digital citizen knows how to evaluate websites for credibility, safety, and appropriateness. They learn how to identify the domain suffix (e.g. .com, .org, .edu, etc.) as a clue to the purpose of a website. They examine a series of websites and use set of criteria to determine whether the website is a reliable, safe and appropriate for children and teens. Students create posters to inform others how to evaluate websites for reliability of information found online.
Student Handout
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8, Intermediate (6-8)
Students understand that a digital citizen knows how to evaluate websites for credibility, safety, and appropriateness. They learn how to identify the domain suffix (e.g. .com, .org, .edu, etc.) as a clue to the purpose of a website. They examine a series of websites and use set of criteria to determine whether the website is a reliable, safe and appropriate for children and teens. Students create posters to inform others how to evaluate websites for reliability of information found online.
Student Handout
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9, 10, 11, 12, Secondary (9-12)
Students discover that the Internet originates in computer science and relates to military developments. They come to understand the how computers and networks evolved from serving government and commercial purposes to systems aiding billions of people. They examine the technological innovations of the Big Iron Era of the 1950s and 1960s and identify the challenges that led to the development of more user-friendly machines and networks. Students develop inquiry questions, conduct research, organize information and present their findings on a period of time in Internet history.
Teacher Reference Page
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9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Lesson Plan
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9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Teacher Reference Page
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9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Lesson Plan
Image

9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Teacher Reference Page
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9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Teacher Reference Page
Image

9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Student Handout
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9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Student Handout
Image

9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Student Handout
Image

9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Lesson Plan
Image

9, 10, 11, 12, Secondary (9-12)
Students explore the concept of the mainframe computer. They determine the critical role that the 1960s mainframe computer plays in Internet history by comparing mainframes of the past with modern mainframe computers.
Lesson Plan
Image

9, 10, 11, 12, Secondary (9-12)
Students discover that the Internet originates in computer science and relates to military developments. They come to understand the how computers and networks evolved from serving government and commercial purposes to systems aiding billions of people. They examine the technological innovations of the Big Iron Era of the 1950s and 1960s and identify the challenges that led to the development of more user-friendly machines and networks. Students develop inquiry questions, conduct research, organize information and present their findings on a period of time in Internet history.
Lesson Plan
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9, 10, 11, 12, Secondary (9-12)
Students discover that enabling different computers to communicate with one another posed a significant challenge to the ARPANET builders. They learn that collaboration, communication, critical thinking and creativity are essential to solving problems--event in the early days of the Internet. They explore the layered model of the Internet and learn how the layers of the Internet have evolved.