| Physics #1: Constant Velocity on Straight Line |
Live #1 |
Video #1 |
Isaac finds constant velocity of a car, given its speed at discrete time intervals. |
| Physics #2: Constant Acceleration with Riemann Sum |
Live #2 |
Video #2 |
Isaac utilizes the average of the Left and Right Reimann Sums to find the total distance traveled by a car. |
| Physics #3: Constant Acceleration at Burj Khalifa |
Live #3 |
Video #3 |
Isaac investigates a real-world application of Constant Acceleration through free fall at the Burj Khalifa. |
| Physics #4: Non-Constant Acceleration |
Live #4 |
Video #4 |
Now Isaac makes the problem more difficult, introducing non-constant acceleration. |
| Physics #5: Vectors |
Live #5 |
Video #5 |
Isaac introduces the concept of vectors: geometric objects with (1) Magnitude and (2) Direction. |
| Physics #6: Vector Application |
Live #6 |
Video #6 |
Isaac applies all the concepts he taught in the previous lecture to a boeat problem on Vector Applications. |
| Physics #7: Kinematics I |
Live #7 |
Video #7 |
Isaac begins introducing real-life applications of Kinematics. |
| Physics #8: Running Over SRK on Mumbai Road |
Live #8 |
Video #8 |
Isaac provides a real life application of a Kinematics problem -- running over famous Indian actor Shah Rukh Khan on Mumbai Road. |
| Physics #9: Kinematics II |
Live #9 |
Video #9 |
Isaac continues his discussion on Kinematics. |
| Physics #10: Vector Addition |
Live #10 |
Video #10 |
Isaac introduces 30-60-90 Triangles and their side ratios, and solves a complicated vector addition problem. |
| Physics #11: Vector Addition |
Live #11 |
Video #11 |
Isaac introduces 30-60-90 Triangles and their side ratios, and solves a complicated vector addition problem. |
| Physics #12: Vector Addition |
Live #12 |
Video #12 |
Isaac introduces 30-60-90 Triangles and their side ratios, and solves a complicated vector addition problem. |
| Physics #13: Vector Addition |
Live #13 |
Video #13 |
Isaac introduces 30-60-90 Triangles and their side ratios, and solves a complicated vector addition problem. |
| Physics #14: Dot Product |
Live #14 |
Video #14 |
Isaac introduces the concept of the dot product, and utilizes it in a few problems. |
| Physics #15: Vector Subtraction |
Live #15 |
Video #15 |
Isaac introduces the concept of subtracting vectors and intuitizes it in a few ways. |
| Physics #16: Advanced Vector Problem |
Live #16 |
Video #16 |
Isaac analyzes a complex vector problem utilizing a few innovative methods. |
| Physics #17: Poet, Mathematician & Physicist |
Live #17 |
Video #17 |
Isaac solves a complex water physics problem involving a Poet, Mathematician & Physicist |
| Physics #18: Projectile Motion |
Live #18 |
Video #18 |
Isaac analyzes a projectile motion problem through various physical tools inlcuding trigonometric angles. |
| Physics #19: Projectile Motion #2 |
Live #19 |
Video #19 |
Once again, Isaac goes step by step in analyzing a projectile motion problem through various physical tools inlcuding trigonometric angles. |
| Physics #20: Intro to Force |
Live #20 |
Video #20 |
Isaac introduces the concept of force through the perspective of Newton's 3 Laws of Motion. |
| Physics #21: Newton's First Law |
Live #21 |
Video #21 |
Isaac continues to examine force through the perspective of Newton's first law of motion. |
| Physics #22: Newton's Second Law |
Live #22 |
Video #22 |
Isaac continues to examine force through the perspective of Newton's second law of motion. |
| Physics # 23: Newton's 3rd Law |
Live #23 |
Video #23 |
Isaac comes to Newton's 3rd Law, the very law that is used by rockets, motor vehicles, and machinery every single day. |
| Physics # 25: Force -- Pulling Box with Rope |
Live #25 |
Video #25 |
Exactly as the title states, Isaac demonstrates the force required to pull on a box with a rope. |
| Physics # 26: Force -- Atwood Machine |
Live #26 |
Video #26 |
Isaac demonstrates the utility of the Atwood Machine. |
| Physics # 27: Two Boxes Connected by a Rope |
Live #27 |
Video #27 |
Isaac investigates an interesting problem: what happens to the force exerted on two boxes connected by a rope. |
| Physics # 28: Force -- Three box system problem |
Live #28 |
Video #28 |
Isaac continues to take a look at the three box system. |
| Physics # 29: Force : Friction Graph |
Live #29 |
Video #29 |
In a record-long 44 minute lecture, Isaac discusses the utility of the friction graph. |
| Physics # 30: Force : Inclined Plane (No Friction) |
Live #30 |
Video #30 |
Isaac discusses the convenience of inclined planes and their practicality. |
| Physics # 31: Force : Inclined Plane 2 |
Live #31 |
Video #31 |
Isaac continues his conversation on the unexpected twists and turns of the inclined plane. |
| Physics #32: Gravitation |
Live #32 |
Video #32 |
Isaac's new lecture begins with an astounding applause of standing ovation from his students. |
| Physics #34: Uniform Circular Motion 1 |
Live #33 |
Video #34 |
Isaac begins his new lecture with a sinousidal curve that he hopes his students can master. |
| Physics #35: Centrifugal Force |
Live #35 |
Video #35 |
Isaac finally begins his long-awaited investigation of the centrifugal force. |
| Physics #36: Banking Problem |
Live #36 |
Video #36 |
Once again, Isaac introduces his new lecture with a problem involving a car on a banked slope. |
| Physics #37: Gravity III |
Live #36 |
Video #37 |
The frustrating force of graity is impossible to outnumber and overtake. Unless you study for the job. |
| Physics #38: Gravity III |
Live #36 |
Video #38 |
We already know gravity is frustrating. But you can outsmart it further using this method. |