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By the end of this lesson, students should be able to accurately change the measurement range on a multimeter for different types of measurements.

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Introduction to the role of a multimeter in electronics, focusing on why understanding its measurement range is crucial.

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Best Multimeters 2023 [watch before you buy]

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Direct instruction on how to interpret the multimeter's readings and adjust the dials for varying ranges.

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Students practice in small groups, experimenting with changing the ranges on multimeters and discussing their observations.

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Independent activity where students are tasked to measure specific objects using a multimeter and report their findings.

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For challenging students, introduce an extension activity where they have to solve problems requiring the adjustment of multimeter ranges in hypothetical scenarios.

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Use classroom discussions to gauge student understanding and quiz them on multimeter readings for formative assessment.

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A summative quiz on changing the measurement range of a multimeter, focusing on different scenarios and correct dial adjustments.

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A group reflection session where students share what they learned about multimeters, focusing on the importance of measurement ranges.

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An exit ticket where each student briefly explains the steps to adjust a multimeter’s measurement range.

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Complete a worksheet focused on multimeter measurement ranges and scenarios where adjustments are necessary. Link to an online worksheet is provided.

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Read an article detailing the history and technological development of multimeters. Discuss in the next class.