AP Physics 1 Kinematics (Describing Motion)
4.0
(2)
29 learners
What you'll learn
This course includes
- 10 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 49 lessons • 10 hours of video
AP Physics 1 Kinematics (Describing Motion)
49 lessons
• 10 hours
AP Physics 1 Kinematics (Describing Motion)
49 lessons
• 10 hours
- Distance and Displacement - Physics - Kinematics 07:02
- Speed and Velocity - Physics - Kinematics 09:27
- Motion Graphs and Motion Maps for Constant Velocity - Physics - Kinematics 10:00
- Motion Graphs and Motion Maps for Acceleration | Physics | Kinematics 09:50
- Acceleration - Kinematics - Physics 07:23
- Deriving Kinematic Equations - Kinematics - Physics 08:20
- Creating And Using Kinematic Equations Chart - Kinematics - Physics 06:15
- How to Solve Kinematics Problems Easily with Graphs - Physics - Kinematics 09:07
- Free Fall Concept Explained - Physics - Kinematics 11:13
- How to Solve Free Fall Problems - Physics - Kinematics 11:52
- Projectile Motion with Graphs, Motion Maps, and Data Table - Physics - Kinematics 16:35
- How to Create Motion Graphs from Verbal Descriptions 07:29
- How to Solve Horizontally Launched Projectile Motion Problems 15:18
- Deriving 5 Kinematic Equations - Kinematics - Physics 06:37
- AP Physics 1 - 1D Kinematics (Describing Motion) Review 17:44
- AP Physics 1 - 1D Kinematics Multiple Choice Questions 10:34
- AP Physics 1 Torque & Rotational Motion Review 24:44
- How to Read Position vs Time Graph 06:36
- Scalars vs Vectors 05:39
- How to Calculate Average Speed and Final Speed 03:55
- Acceleration Explained 08:41
- Motion Graphs and Motion Maps (Dot Diagrams) 07:35
- How to Derive Kinematic Equations 05:29
- Creating and Using Kinematics Chart 06:08
- Acceleration Problems With Unit Conversion and Vector Analysis 07:36
- Free Fall Concept Explained 09:49
- How To Calculate Free Fall Problems 11:38
- Projectile Motion Concept Explained 05:30
- How to Solve Horizontally Launched Projectile Motion Problems 10:13
- How to Solve Basic Trig Ratios Problems - SohCahToa, Sine, Cosine, Tangent 05:08
- Difficult Motion Graphs Explained 06:18
- Understanding Projectile Motion: Creating Position and Velocity Tables 07:34
- How to Solve Projectiles at an Angle Problems 12:44
- Projectile Motion - Launch Height, Launch Angle, Range, Motion Maps, Motion Graphs 07:09
- Deriving SUVAT Kinematics Equations 06:24
- Should you use +9.8 or -9.8 for acceleration? 06:40
- What Do Motion Graphs Look Like For A Basketball Shot? 05:11
- Deriving Range Equation 06:49
- The Physics of Freddie Freeman's Walk-Off Grand Slam 08:17
- [NEW] AP Physics 1 Unit 1 Kinematics Review 22:30
- Will The Police Catch The Speeder? 06:02
- Distance and Displacement Problem 01:51
- Displacement, Velocity and Acceleration Explained | Physics Bootcamp 10:52
- Can An Object Stop But Still Accelerate? | Physics Demo 01:43
- Where Will The Ball Reach Its Average Speed? 04:33
- Does Doubling the Launch Height Double the Distance? 07:46
- 6 Kinematics Problems You MUST Know For AP Physics 1 16:01
- AP Physics 1 Final Exam Review (Units 1–4) 01:43:05
- 9 MUST KNOW FRQs for AP Physics 1 01:24:40
Take this course with you
Download the app to continue lessons from your phone anytime.
