Biology Study guides, Class notes & Summaries

Cell Biology and Physiology (BSCI330) class notes for Chapter 1 of Molecular Biology of the Cell (B. Alberts et al). 5th Edition. Detailed and well-drawn diagrams drawn throughout using colors so they are easy to understand. These notes were very helpful throughout the semester and were the main resource I used to study. This course has topics that are fairly basic for upper level Biology courses and cover a wide range of topics, so I have been able to use these notes to help me in several other...

Cell Biology and Physiology (BSCI330) class notes for Chapter 8 of Molecular Biology of the Cell (B. Alberts et al). 5th Edition. Detailed and well-drawn diagrams drawn throughout using colors so they are easy to understand. These notes were very helpful throughout the semester and were the main resource I used to study. This course has topics that are fairly basic for upper level Biology courses and cover a wide range of topics, so I have been able to use these notes to help me in several other...

In this chapter, you will learn how to balance chemical equations and interpret the information they convey, learn how to use the solubility rules, predict the products of common exchange reactions, write a net ionic equation for given aqueous solutions, identify the acids and bases for a specific reaction, learn about redox reactions, learn how to assign oxidation numbers, learn how to use the activity series of metals, learn about theoretical and actual yield, learn about limiting reagents, le...

In this chapter, you will learn how to balance chemical equations and interpret the information they convey, learn how to use the solubility rules, predict the products of common exchange reactions, write a net ionic equation for given aqueous solutions, identify the acids and bases for a specific reaction, learn about redox reactions, learn how to assign oxidation numbers, learn how to use the activity series of metals, learn about theoretical and actual yield, learn about limiting reagents, le...

In this chapter, you will learn the relationships between frequency, wavelength, light and energy and the chart about the electromagnetic spectrum. You will learn about the Bohr model of the atom and about the photoelectric effect based on the Planck's quantum theory. You will learn about emission and absorption spectra and also learn about the Hydrogen atom. You will also learn about the 4 types of quantum numbers and also understand how the electron spin affects the electronic configuration. ...

In this presentation, you will understand the difference between kinetic and potential energy, become familiar with the units of energy and power, understand the conservation of energy and energy transfer, recognize and use thermodynamic terms: systems, surroundings, heat, equilibrium etc, use specific heat capacity and molar heat capacity, distinguish between change in energy and enthalpy, calculate heat transfer when given the amount of reactant or product, understand bond enthalpies, learn ho...

This chapter describes how modern chemical research is done and how it can be applied to questions and problems that affect our daily lives. It also provides a method of the overview of science and the fundamental ideas of chemistry. These ideas are extremely important and powerful.

What are isotopes? How do they differ? Do elements other than Carbon and Oxygen have isotopes? How are isotope ratios measured experimentally? These questions will be answered in this chapter

What are isotopes? How do they differ? Do elements other than Carbon and Oxygen have isotopes? How are isotope ratios measured experimentally? These questions will be answered in this chapter