Dive into the second unit of a comprehensive physics course covering essential concepts in vector mathematics and kinematics. Master the calculation of vector magnitudes and angles, learn to add and subtract vectors using components, and explore the intricacies of instantaneous velocity and acceleration. Gain a solid understanding of uniform motion through multiple problem-solving sessions. Progress through 20 detailed lessons, each building upon the previous, to develop a strong foundation in fundamental physics principles over approximately 3.5 hours of intensive study.
Overview
Syllabus
01 - Calculating Magnitude of a Vector & Direction, Part 1 (Vector Magnitude & Angle).
02 - Calculating Vector Magnitude And Angle, Part 2.
03 - Add & Subtract Vectors Using Components, Part 1 (Calculate the Resultant Vector).
04 - Add And Subtract Vectors Using Components, Part 2.
05 - Add And Subtract Vectors Using Components, Part 3.
06 - Add And Subtract Vectors Using Components, Part 4.
07 - What is Instantaneous Velocity?, Part 1 (Instantaneous Velocity Formula & Definition).
08 - Instantaneous Velocity, Part 2.
09 - Instantaneous Velocity, Part 3.
10 - What is Acceleration? (Learn Units & Average Acceleration Formula in Physics).
11 - Average Acceleration, Part 1.
12 - Average Acceleration, Part 2.
13 - Instantaneous Acceleration Explained (Average Vs. Instantaneous Acceleration).
14 - Acceleration Problems, Part 1.
15 - Acceleration Problems, Part 2.
16 - Uniform Motion in Physics, Part 1.
17 - Uniform Motion, Part 2.
18 - Uniform Motion, Part 3.
19 - Uniform Motion, Part 4.
20 - Uniform Motion, Part 5.
Taught by
mathandscience
