Welcome to Rathankar Rao’s official YouTube channel (@IBPhysicsWithRao). Please be aware that channels under similar names, such as Ratankar, Rathnakar, Rathankar Hegde, and Rathankar Pillai, are not associated with me. This is my only official channel.

This channel addresses common physics misconceptions by analyzing student errors, identifying their root causes, and providing clear, correct solutions.

Important Notice: I do not ask for any money to view my videos, and no membership is required. Any video shown here should not be reproduced in part or fully, and creating shorts from my content is strictly prohibited.

Every evening at 4 PM, I upload videos solving MCQs, each within a minute. For concept clarification or 1-on-1 classes, Visit rathankar.com for more details.

Please feel free to post your comments and suggestions on the video towards its improvement. Before you leave, do subscribe to my channel for all future updates.

Thanks

Idea #3: IB Physics Internal Assessment 2025 –Exploring Terminal Velocity with radius of the ball🚀
34:21
Idea #3: IB Physics Internal Assessment 2025 –Exploring Terminal Velocity with radius of the ball🚀
IB Physics Internal Assessment 2025 – Idea #2: Exploring Projectile Motion with Everyday Tools 🚀
30:54
IB Physics Internal Assessment 2025 – Idea #2: Exploring Projectile Motion with Everyday Tools 🚀
IB Physics Internal Assessment 2025 – Idea #1: Can You Use Acceleration as a Dependent Variable?
35:55
IB Physics Internal Assessment 2025 – Idea #1: Can You Use Acceleration as a Dependent Variable?
2. How to Create a Cartoon Using AI Tools: A Step-by-Step Guide with AI Comic Factory
7:36
2. How to Create a Cartoon Using AI Tools: A Step-by-Step Guide with AI Comic Factory
1. AI for Teachers: Creating a podcast for comparing the curriculum
6:55
1. AI for Teachers: Creating a podcast for comparing the curriculum
14 . 🔄 Visualizing the Invisible: How Simulations Transform Understanding of Rotational Dynamics 🔬
18:04
14 . 🔄 Visualizing the Invisible: How Simulations Transform Understanding of Rotational Dynamics 🔬
13. 🚀 TEACHING COLLISIONS WITH SIMULATIONS: Making Momentum Come Alive in the Classroom! ⚙️🧠
32:44
13. 🚀 TEACHING COLLISIONS WITH SIMULATIONS: Making Momentum Come Alive in the Classroom! ⚙️🧠
12.🧠 Momentum and Impulse: From Spiderman to Messi – Teaching Physics with Simulations 🎯
37:46
12.🧠 Momentum and Impulse: From Spiderman to Messi – Teaching Physics with Simulations 🎯
11.🔍 Why Teaching Energy Is Abstract — And Why Simulations Are the Answer
41:01
11.🔍 Why Teaching Energy Is Abstract — And Why Simulations Are the Answer
10. 🎬 New in the Simulation Series: Understanding Variable Forces in Physics-Deeper Learning
44:38
10. 🎬 New in the Simulation Series: Understanding Variable Forces in Physics-Deeper Learning
9. 🚨 Continuing the Simulation Series: Visualizing the Effect of Constant Forces on Objects 🚨
51:05
9. 🚨 Continuing the Simulation Series: Visualizing the Effect of Constant Forces on Objects 🚨
8. Deep Learning in Physics: NLM AND FBDs – One Concept, Multiple Simulations, Deeper Learning
26:18
8. Deep Learning in Physics: NLM AND FBDs – One Concept, Multiple Simulations, Deeper Learning
7. 🎯 ONE CONCEPT – MULTIPLE LEARNINGS: KINEMATICS GRAPHS IN MOTION 🚀📈 Deeper Learning
13:24
7. 🎯 ONE CONCEPT – MULTIPLE LEARNINGS: KINEMATICS GRAPHS IN MOTION 🚀📈 Deeper Learning
6. 🎯 One Concept – Multiple Learnings: Motion in One & Two Dimensions 🚗⚓📈, Deeper Learning
22:04
6. 🎯 One Concept – Multiple Learnings: Motion in One & Two Dimensions 🚗⚓📈, Deeper Learning
5. Deep Learning in Physics: Vectors – One Concept, Multiple Simulations, Deeper Learning
15:31
5. Deep Learning in Physics: Vectors – One Concept, Multiple Simulations, Deeper Learning
4. Deep Learning in Physics: Errors Calculation – One Concept, Multiple Simulations, Deeper Learning
16:35
4. Deep Learning in Physics: Errors Calculation – One Concept, Multiple Simulations, Deeper Learning
3. Deep Learning in Physics: Circular Motion – One Concept, Multiple Simulations, Deeper Learning
51:58
3. Deep Learning in Physics: Circular Motion – One Concept, Multiple Simulations, Deeper Learning
2. Deep Learning in Physics: Projectile Motion – One Concept, Multiple Simulations, Deeper Learning
46:56
2. Deep Learning in Physics: Projectile Motion – One Concept, Multiple Simulations, Deeper Learning
1. Deep Learning in Physics: Free Fall – One Concept, Multiple Simulations, Deeper Learning
30:49
1. Deep Learning in Physics: Free Fall – One Concept, Multiple Simulations, Deeper Learning
Best of Luck for your IBDP Physics Exams
0:32
Best of Luck for your IBDP Physics Exams
a: Revision on Unit-a| IBDP Physics |
31:51
a: Revision on Unit-a| IBDP Physics |
IBDP Physics Students: How the Data Booklet Can Save You Marks (and Time!) ⏳📘
1:47:50
IBDP Physics Students: How the Data Booklet Can Save You Marks (and Time!) ⏳📘
Data analysis for IBDP Physics - Revision - a context independent exercise in analyzing graphs
54:49
Data analysis for IBDP Physics - Revision - a context independent exercise in analyzing graphs
IB Physics Strategy: Score Smart, Stress Less | Boost Your Grades with a Simple Plan!
28:34
IB Physics Strategy: Score Smart, Stress Less | Boost Your Grades with a Simple Plan!
22. [ DIFFRACTION ] Light from a monochromatic source is incident on a [ SPECIMEN PAPERS ]
2:09
22. [ DIFFRACTION ] Light from a monochromatic source is incident on a [ SPECIMEN PAPERS ]
21. [ SPRINGS ] A mass of 0.25 kg hangs from a spring of spring constant 4.0 [ SPECIMEN PAPER ]
1:20
21. [ SPRINGS ] A mass of 0.25 kg hangs from a spring of spring constant 4.0 [ SPECIMEN PAPER ]
20. [ STANDING WAVES ] Diagram 1 shows the variation with position of [ SPECIMEN PAPERS ]
2:13
20. [ STANDING WAVES ] Diagram 1 shows the variation with position of [ SPECIMEN PAPERS ]
19. [ SHM ] A particle undergoes simple harmonic motion of period T. At time [ SPECIMEN PAPER ]
1:22
19. [ SHM ] A particle undergoes simple harmonic motion of period T. At time [ SPECIMEN PAPER ]
18. [ EM SPECTRUM ] An electromagnetic wave has a wavelength that is [ SPECIMEN PAPER ]
2:09
18. [ EM SPECTRUM ] An electromagnetic wave has a wavelength that is [ SPECIMEN PAPER ]
17. [ IDEAL GASES] Two containers, X and Y, are filled with an ideal gas at the [ SPECIMEN PAPERS ]
1:55
17. [ IDEAL GASES] Two containers, X and Y, are filled with an ideal gas at the [ SPECIMEN PAPERS ]