
Exergonic and Endergonic Reactions
Core Concepts In this tutorial, you will learn about exergonic and endergonic reactions and how they describe what happens to energy during a reaction. Topics

Core Concepts In this tutorial, you will learn about exergonic and endergonic reactions and how they describe what happens to energy during a reaction. Topics

Introduction: The layout of the periodic table and where an element is located, can tell you a lot about its properties! In this article, you’ll

Core Concepts In this article, we learn about what a gas is, diatomic gases, the three properties of gases, gas laws, and gas phase changes.

Core Concepts This article will cover the four thermodynamic processes: Adiabatic, Isochoric, Isothermal, and Isobaric processes along with their Pressure-Volume curves. After this article, you

Concept Introduction – Alloys An alloy is a mixture of two or more metals. Many alloys exist that combine different metals and different ratios of

Core Concepts In this article, you will learn about colloids – one of the major kinds of mixtures. Beyond defining colloid mixtures, this article will

Core Concepts In this article, you will learn about heat of fusion, including its thermodynamics and its applications. After this article, you will be able

Core Concepts about Indicators Acid and Base indicators are molecules which change color in different pH environments. They are incredibly useful for quickly identifying the

What is Bond Energy? No molecule within chemistry would exist without bonds linking atoms. Because forming bonds releases energy, molecules exist because atoms prefer a

Core Concepts Any substance of matter can exist in different phases (solid, liquid, or gas) depending on its temperature and pressure. Changing these conditions, notably

Core Concepts In this article you will learn about heat of reaction, its meaning in thermodynamics, and how to calculate it. Topics Covered in Other

Core Concepts In this article, you will learn how to distinguish between state variables and path variables/functions, describe each type, and convert between them. Topics

Core Concepts In this article, we learn about partial pressure and its importance with respect to Dalton’s Law, the Ideal Gas Law, mole fractions, and

Core Concepts In this article, you will learn about integrated rate laws, including their chemical meaning, mathematical derivation, and usefulness in studying chemical kinetics. Topics

Core Concepts In this article, you will explore the properties of radioactive alpha particles, beta particles, and gamma rays, as well as how to stop

Core Concepts In this article, you will explore the phenomenon of radioactive decay and its most common types: alpha, beta, and gamma decay. Topics Covered

Core Concepts In this article, you will learn about coordination number in chemistry, including its meaning in molecules, metal ion complexes, and crystals. You will

Core Concepts In this article, you will learn about complex ions in chemistry and their ligands. We’ll cover the various types of complexes, the importance

Core Concepts In this article, you will learn about molecular orbital theory, an important concept in quantum mechanics. You will also learn about its applications

Core Concepts In this article, we discuss the meaning of entropy and its importance in thermodynamics, both in the universe and within a system. Topics