Description
This animated Google Slide lesson and set of Guided Notes are designed to bring energy and clarity to your classroom while helping students master key concepts in grade 7 math. With visually engaging animations and an easy-to-follow structure, the lesson begins with a clear objective and an essential question to guide learning and focus students on the key takeaways. These interactive slides and notes template are perfect for whole-class instruction, small-group work, or independent learning! View the video lesson.
In this video lesson we will learn the two rules for multiplying integers. We will review the Zero Product Property and the Identity Property of Multiplication and talk about how it applies to integers with different signs. Student will be asked to first identify if the product will be positive, negative or zero. We will learn how to evaluate powers with negative bases and how to rewrite a power to repeated factors using exponents. Student practice is embedded in the lesson and exemplar solutions are modeled.
Multiplying Integers | Animated Lesson & Guided Notes | Grade 7 Math
Highlights
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Description
This animated Google Slide lesson and set of Guided Notes are designed to bring energy and clarity to your classroom while helping students master key concepts in grade 7 math. With visually engaging animations and an easy-to-follow structure, the lesson begins with a clear objective and an essential question to guide learning and focus students on the key takeaways. These interactive slides and notes template are perfect for whole-class instruction, small-group work, or independent learning! View the video lesson.
In this video lesson we will learn the two rules for multiplying integers. We will review the Zero Product Property and the Identity Property of Multiplication and talk about how it applies to integers with different signs. Student will be asked to first identify if the product will be positive, negative or zero. We will learn how to evaluate powers with negative bases and how to rewrite a power to repeated factors using exponents. Student practice is embedded in the lesson and exemplar solutions are modeled.
