Physics is all about the world around us.  We live and experience physics every moment of our lives.  For most, we take physics for granted and never really truly understand how this amazing world works.  

This course is the next in a series of courses covering the physics topics of One and Two Dimensional Kinematics. 

This course will specific cover the topic of linear accelerated and uniformly accelerated motion.  I will introduce some of the most important algebraic kinematics equations in this course.  

The complete order in which my courses covering 1D and 2D Kinematics are as follows:

• Physics - 1D Kinematics - Scalars vs. Vectors, Distance vs. Displacement, & Speed vs. Velocity
• Physics - 1D Kinematics - Acceleration & Uniform Accelerated Motion (UAM)
• Physics - 1D Kinematics - Uniform Accelerated Motion Examples
• Physics - 1D Kinematics - Free Fall, Acceleration due to Gravity
• Physics - Motion Graphs - Position vs. Time, Velocity vs. Time, and Acceleration vs. Time Graphs
• Physics - 2D Kinematics - Vectors in Two Dimensions
• Physics - 2D Kinematics - Horizontal Projectile Motion
• Physics - 2D Kinematics - Angled Projectile Motion

To be honest, I fundamentally believe every single human should have a basic understanding of physics.  This is especially true for anyone working or aspiring to work in any field even remotely connected to the STEM world.  This includes obvious professions such as scientists, engineers, and doctors, though also include many surprise fields such as law enforcement, athletic anything, computer science (and all related fields), law, animation, and much more.  

I am a high school physics teacher by day.  I create the majority of my videos for my own students.  My courses all follow NY State high school physics entirely, as well as the nationally renown AP Physics 1 & 2 curriculum.  AP physics is exactly the same thing as any algebra based college intro physics course.  

If there is enough interest I intend to share out all of my courses which cover all of the remaining topics associated with AP/College physics.