Representing Linear Functions with Graphs: Discrete vs Continuous Domains

This video tutorial covers representing linear functions with graphs, focusing on discrete and continuous domains. It explains how to graph linear functions using ordered pairs, tables, and slope-intercept form. The video also distinguishes between discrete and continuous domains with real-world examples, such as movie tickets and rainfall. Practice problems are provided to reinforce the concepts, and the video concludes with a summary of key points.

What is the objective of today's lesson?

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How can you determine if a data set is discrete or continuous?

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Explain the concept of ordered pairs in relation to linear functions.

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What does the graph of a linear function represent?

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What is the domain and range of a linear function?

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How do you graph a linear function using a table of values?

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What is the significance of the slope and y-intercept in a linear function?

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Describe the difference between discrete and continuous domains.

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Provide an example of a real-life situation that can be modeled with a discrete domain.

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How would you graph the function representing calories burned at a cross-country meet?

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