Канал: Brad Daniell

Understanding Conductivity of Solutions

Understanding Conductivity of Solutions

Promo Video

Promo Video

Introduction to Balancing Nuclear Equations

Introduction to Balancing Nuclear Equations

Solving for Mass Through Calorimetry

Solving for Mass Through Calorimetry

Solving for Initial Temperature Using Calorimetry

Solving for Initial Temperature Using Calorimetry

Solving for Final Temperature in Calorimetry

Solving for Final Temperature in Calorimetry

Solving For Specific Heat in Calorimetry

Solving For Specific Heat in Calorimetry

Solving For Half-Life Using The Half-Life Equation

Solving For Half-Life Using The Half-Life Equation

Solving for Initial Amount Using The Half-Life Equation

Solving for Initial Amount Using The Half-Life Equation

Solving For The Remaining Sample With The Half-Life Equation

Solving For The Remaining Sample With The Half-Life Equation

Solving for Initial Temperature Using Specific Heat

Solving for Initial Temperature Using Specific Heat

Solving for Final Temperature Using Specific Heat

Solving for Final Temperature Using Specific Heat

Introduction to the ACT Science Section

Introduction to the ACT Science Section

Conductivity and Electrolytes Explanation

Conductivity and Electrolytes Explanation

Explanation of Homogeneous Solutions and Solubility

Explanation of Homogeneous Solutions and Solubility

Calculating the number of protons, neutrons, and electrons in ions and isotopes

Calculating the number of protons, neutrons, and electrons in ions and isotopes

Balancing Combustion Chemical Reactions

Balancing Combustion Chemical Reactions

Balancing Chemical Reactions with Parentheses

Balancing Chemical Reactions with Parentheses

Balancing Easy Reactions

Balancing Easy Reactions

Solving For Half Life (with equation)

Solving For Half Life (with equation)

Solving for Initial and End Mass with the Half Life Equation

Solving for Initial and End Mass with the Half Life Equation

Unit Conversions

Unit Conversions

Significant Figures Review

Significant Figures Review

Arithmetic and Scientific Notation

Arithmetic and Scientific Notation

An Introduction to Scientific Notation

An Introduction to Scientific Notation

Two Dimension Analysis

Two Dimension Analysis

Single Dimension Analysis

Single Dimension Analysis

Combined Gas Law

Combined Gas Law

Boyle's Law

Boyle's Law

Gay Lussac's Law

Gay Lussac's Law

Charles' Law

Charles' Law

Naming Acids without Oxygen

Naming Acids without Oxygen

Naming Oxyacids

Naming Oxyacids

Naming Covalent Compounds

Naming Covalent Compounds

Naming Ionic Compounds with a Transition Metal

Naming Ionic Compounds with a Transition Metal

Naming Ionic Compounds without Transition Metals

Naming Ionic Compounds without Transition Metals

DHS Biology Interview Part 2

DHS Biology Interview Part 2

DHS Biology Interview Part 3

DHS Biology Interview Part 3

DHS Biology Interview

DHS Biology Interview

DHS Biology Interview Part 2

DHS Biology Interview Part 2

DHS Biology Interview

DHS Biology Interview

Newton's Second Law of Motion - Solving for Acceleration and Final Velocity

Newton's Second Law of Motion - Solving for Acceleration and Final Velocity

Newton's Second Law of Motion - Solving for Applied Force

Newton's Second Law of Motion - Solving for Applied Force

Newton's Second Law of Motion - Calculating Acceleration

Newton's Second Law of Motion - Calculating Acceleration

Calculating Potential and Kinetic Energy

Calculating Potential and Kinetic Energy

Specific Heat - Solving for the Mass Using the Specific Heat Formula

Specific Heat - Solving for the Mass Using the Specific Heat Formula

Specific Heat - Solving for the Final Temperature

Specific Heat - Solving for the Final Temperature

Specific Heat Solving for the Initial Temperature

Specific Heat Solving for the Initial Temperature

Specific Heat Solving for Specific Heat of a Substance

Specific Heat Solving for Specific Heat of a Substance

Specific Heat Solving for Q

Specific Heat Solving for Q