Chapter 6: Chemistry in Biology
This chapter dives into the chemical foundations of life. Students will explore the structure of atoms, elements, and compounds, and how chemical bonds and reactions drive biological processes. They’ll learn how enzymes work, why water is essential to life, and how acids, bases, and macromolecules like proteins and DNA play crucial roles in living organisms. This chapter bridges biology with real-world chemistry and helps students understand the molecular building blocks that make life possible.
Chapter 6 Vocabulary Flashcards
Chapter 7: Cellular Structure and Function
In this chapter, students dive into the inner workings of cells — the basic unit of life. They’ll compare plant and animal cells, learn the structure and function of key organelles, and explore how each part contributes to the cell’s survival. From ribosomes and the nucleus to chloroplasts and centrioles, this unit lays the foundation for understanding how life operates on a microscopic level.
Chapter 7 Vocabulary Flashcards
Chapter 8: Cellular Energy
Chapter 8 explores how cells capture, convert, and use energy — the engine behind all life processes. Students will compare photosynthesis and cellular respiration, learn how energy flows through ecosystems, and understand the chemical reactions that keep cells functioning. With a deep dive into ATP, chloroplasts, mitochondria, and fermentation, this unit connects cell biology to real-world processes like breathing, eating, exercising, and even making yogurt. It’s where chemistry and biology collide — and it’s awesome.
Chapter 8 Vocabulary Flashcards
Chapter 9: Cellular Reproduction
Chapter 9 dives into the life cycle of a cell, from growth to division. Students will explore why cells stay small, how the cell cycle works, and how mitosis ensures each new cell is an identical genetic copy. The chapter also introduces the body’s safety checks for healthy growth — and what happens when those checks fail, leading to cancer. Finally, students will learn about stem cells and their potential in medicine. This chapter ties together structure, function, and regulation — all at the microscopic level.
Mrs. Ederington 