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SE Resource updt
11.01 The Bohr Model of the Atom

Resource ID: SE071029
Grade Range: 10 - 9
Subject: Science

In this video, we will study Bohr atom, electron transitions, and the line spectrum.

SE Resource updt
11.02 Orbital Energies and Electron Configurations

Resource ID: SE071030
Grade Range: 10 - 9
Subject: Science

In this video, we will discuss the parts of an electron configuration and how to determine an electron configuration.

SE Resource updt
11.03 Condensed Electron Configurations and Exceptions

Resource ID: SE071031
Grade Range: 10 - 9
Subject: Science

In this video, we will learn a shortcut to finding the electron configuration and exceptions to the electron configuration.

SE Resource updt
11.04 Categories of Electrons

Resource ID: SE071032
Grade Range: 10 - 9
Subject: Science

In this video, we will learn the three different categories of electrons.

SE Resource updt
11.05 Trends in Atomic Radii

Resource ID: SE071033
Grade Range: 10 - 9
Subject: Science

In this video, we will learn how to compare atomic radii of different atoms.

SE Resource updt
11.06 Trends in Ionization Energy

Resource ID: SE071034
Grade Range: 10 - 9
Subject: Science

In this video, we will learn how to compare ionization energies of different atoms.

SE Resource updt
11.07 Electron Configuration for Ions

Resource ID: SE071035
Grade Range: 10 - 9
Subject: Science

In this video, we will discuss how to determine an electron configuration of an ion.

SE Resource updt
11.08 Trends in Ionic Radii

Resource ID: SE071036
Grade Range: 10 - 9
Subject: Science

In this video, we will learn how to compare ionization energies of different atoms.

SE Resource updt
4.01 Science in Everyday Life

Resource ID: SE071049
Grade Range: 10 - 9
Subject: Science

In this video, we discuss how chemistry is discussed in popular media like journals and newspapers, and how chemistry can be used in the environment.

SE Resource updt
4.03 A Short History of Chemistry

Resource ID: SE071051
Grade Range: 10 - 9
Subject: Science

In this video, we highlight different chemists' contributions over the history of chemistry.

SE Resource updt
8.01 Simple Gas Laws

Resource ID: SE071079
Grade Range: 10 - 9
Subject: Science

In this video, we will discuss pressure and the different laws that govern gas behavior.

SE Resource updt
8.02 Ideal Gas Law

Resource ID: SE071080
Grade Range: 10 - 9
Subject: Science

In this video, we will use the ideal gas law to determine missing values.

SE Resource updt
8.03 Partial Pressure

Resource ID: SE071081
Grade Range: 10 - 9
Subject: Science

In this video, we will learn how to calculate the partial pressure of a gas.

SE Resource updt
8.04 Application of the Ideal Gas Law

Resource ID: SE071082
Grade Range: 10 - 9
Subject: Science

In this video, we will use the ideal gas law to show mass and mole relationships in a reaction.

SE Resource updt
8.05 Graham's Law of Effusion

Resource ID: SE071083
Grade Range: 10 - 9
Subject: Science

In this video, we will define effusion and use Graham's law to discuss the relationship between mass and speed.

SE Resource updt
8.06 Kinetic Molecular Theory

Resource ID: SE071084
Grade Range: 10 - 9
Subject: Science

In this video, we will discuss the kinetic molecular theory and its application.

SE Resource updt
12.01 Electronegativity

Resource ID: SE071096
Grade Range: 10 - 9
Subject: Science

In this video, we will discuss the trend for electronegativity.

SE Resource updt
12.02 Electron Dot Symbols

Resource ID: SE071097
Grade Range: 10 - 9
Subject: Science

In this video, we will determine electron dot symbols for elements, and count valence electrons for an element or compound.

SE Resource updt
12.03 Electron Dot Formulas in Ionic Compounds

Resource ID: SE071098
Grade Range: 10 - 9
Subject: Science

In this video, we will determine electron dot formulas for ionic compounds.

SE Resource updt
12.04 Electron Dot Formulas in Covalent Compounds

Resource ID: SE071099
Grade Range: 10 - 9
Subject: Science

In this video, we will determine electron dot formulas for covalent compounds and the exceptions to the octet rule for covalent compounds.

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