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Students will understand the principles of evolution and how they apply to living organisms.

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Students will learn the complex functionalities of cells, differentiating between plant and cell structures.

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By the end of this unit, students will have a clear understanding of DNA structure and its role in genetics and inheritance.

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What is the significance of evolution in understanding the diversity of life on Earth?

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Teacher-led discussion on the basic principles of evolution, including natural selection and genetic variation.

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Group activities on Padlet to compare and contrast DNA sequences among different species. Suggests collaborative learning.

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Worksheet on cell structure and function, available online for different learning levels.

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Remedial: Simple cell structure puzzles. Extension: Explore genetic mutations and their effects on organisms.

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Ongoing quizzes and class discussions to evaluate student's understanding of evolution and cell biology.

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A unit test covering evolution, cell biology, DNA, and genetics to assess comprehensive understanding.

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Students share their learning outcomes on Padlet, summarizing key unit concepts.

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Students write a brief statement on how evolution contributes to biological diversity, to be submitted before leaving.

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Assigned readings on the impact of genetic variation on species adaptation.

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Complete an online simulation on gene expression and mutation processes. Provides hands-on learning experience.

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Express yourself through your genes! See if you can generate and collect three types of protein, then move on to explore the factors that affect protein synthesis in a cell.