SO60 Physics | Class 11th
Priyank Kaushik
10 modules
Hindi and English
Access till 2026-06-01
The only IIT JEE Advanced level problem solving program
Overview
Physics focuses more on quality than quantity, making this course ideal for anyone who wants to gain a deep understanding of the subject and appreciate its timeless beauty.
This course is designed for individuals who:
a) Struggle to understand the fundamental concepts of physics.
b) Understand the concepts but need a rich source of quality problems to refine their Problem Solving upto JEE Advance Level
In this course, you will find that each chapter has been broken into 60 unique, challenging, and deeply conceptual problems. By watching just two videos each day and dedicating 25 minutes to this course, you will not only enhance your problem-solving skills but also become a deeper thinker in your everyday life.
So hop in and change your perspective on visualizing Physics.
Key Highlights
Cover key physics topics from 11th grade syllabus
Includes comprehensive set of 60 problems for practice
Focuses on fundamental principles and concepts
Offers in-depth explanations for better understanding
Suitable for self-study or as a supplement to classroom learning
Designed to help students grasp complex physics concepts
Enhances problem-solving skills through various exercises
Prepares students for competitive exams with challenging questions
What you will learn
Physics Laws and Principles
Understand the fundamental laws and principles governing physics to solve complex problems efficiently.
Mathematical Applications in Physics
Apply mathematical concepts to analyze and interpret physical phenomena accurately in various scenarios.
Modules
Course Brochure
1 attachment
All necessary details
4 pages
Live Sessions
4 attachments • 3 hrs
live session 2
Live session 3
Chemistry weightage for JEE Main
Math Weightage for JEE Main
Kinematics ( Translation and Rotation)
61 attachments • 6 hrs
Kinematics 1 - Graph vs Algebra
Kinematics 2 - Shifting track
Kinematics 3 - zero to zero
Kinematics 4 - shortest time (optics)
Kinematics 5- Area of acc
Kinematics 6 - Time avg vs Mean
Kinematics 7 - A vs V
Kinematics 8 - Mystery of lift
Kinematics 9 - Mean Mean !
Kinematics 10 - SHM
Kinematics 11 - Triangle in Proj
Kinematics 12 - Proj at incline
Kinematics q13
Kinematics q14
Kinematics q15
Kinematics q16
Kinematics q17
Kinematics q18
Kinematics q19
Kinematics q20
Kinematics q21
Kinematics q22
Kinematics q23
Kinematics q24
Kinematics q25
Kinematics q26
KInematics q27 and 28
Kinematics q29
Kinematics q30
Kinematics q31
Kinematics q32
Kinematics q33
Kinematics q33
Kinematics q34
Kinematics q35
Kinematics q36
Kinematics q37
Kinematics q38
Kinematics q39
Kinematics q40
Kinematics q41
Kinematics q42
Kinematics q43
Kinematics q44
Kinematics q45
Kinematics q46
Kinematics q47
Kinematics q48
Kinematics q49
Kinematics q50
Disclaimer for further section
Kinematics q51 (self solving)
1 page
Kinematics q52 (self solving)
1 page
Kinematics q53 (self solving)
1 page
Kinematics q54(self solving)
1 page
Kinematics q55 (self solving)
1 page
Kinematics q56 (self solving)
1 page
Kinematics q57 (Self Solving)
1 page
Kinematics q58 ( Self Solving)
1 page
Kinematics q59 ( Self Solving)
1 page
Kinematics q60 ( Self Solving )
1 page
Newton's Law of Motion and Friction
56 attachments • 6 hrs
NLM q1
NLM q2
NLM q3
NLM q4
NLM q5
NLM q6
NLM q7
NLM q8
NLM q9
NLM q10
NLM q11
NLM q12
NLM q13
NLM q14
NLM q15
NLM q16
NLM q17
NLM q18
NLM q19
NLM q20
NLM q21
NLM q22
NLM q23
NLM q24
NLM q25
NLM q26
NLM 27 - Moving together
NLM 28 - Inelastic Chain
NLM 29 - Sands of Disc
NLM 30 - Semi Friction
NLM 31 - A fooler
NLM 32 - Scissors Play
NLM 33 - Move to stop
NLM 33 - Move to stop
NLM 34 - Nothing without it
NLM 35 - sliding blocks
NLM 36 - Atwood Machine
NLM 37 - Motorcyclist
NLM 38 - Ant on Rubber
NLM 39 - Horizontal on Incline
NLM 40 - Hanging between
NLM 41 - Constraint action
NLM 42 - Infinite horizontal pulleys
NLM 43 - Mystery on incline
NLM 44 - Beyond Constraint
NLM 45 - Unified constraint
NLM 46 - Car flow
NLM 47 - Constraint alert
NLM 48 - Analytical loop
NLM 49 - Equivalent mystery
NLM 50 - Frictional analysis
Disclaimer for further section
NLM 51 - Pyramid of friction
1 page
NLM 52 - A Catenary
1 page
NLM 53 - Between Wedges
1 page
NLM 54 - Stringy equilibrium
1 page
WPE and SHM
50 attachments • 6 hrs
WPE 1 - Constraint Max
WPE 2 - Circ to Proj
WPE 3 - Lengthy SHM
WPE 4 - Subtle minima
WPE 5 - Break the spring
WPE 6 - Frame Change
WPE 7 - Hanging on the pole
WPE 8 - Subtle frame
WPE 9 - COM frame
WPE 10 - Power of WE theorem
WPE 11 - decreasing length
WPE 12 - how it will expand
WPE 13 - dx as saviour
WPE 14 - Easy but not easy
WPE 15 - geometry to rescue
WPE 16 - Rising Hoop
WPE 17 - Constant under Spring
WPE 18 - Confusing L-Shape
WPE 19 - Transfer Power
WPE 20 - Direct Algo
SHM 21 - Minute obs
SHM 22 - down together
SHM 23 - Non-Iner Pendulum
SHM 24 - BTS
SHM 25 - Other contribution
SHM 26 - Exp Shm
WPE 27 - Power kinematics
WPE 28 - Incline on circle
WPE 29 - Stuck in inbetween
WPE 30 - Theory of all
SHM 31 - Circular Shm
SHM 32 - Hanger observation
SHM 33 - Dance of cylinder
WPE 34 - Death well
SHM 35 - Complex Shm
SHM 36 - Effective key
WPE 37 - All Virtual
WPE 38 - Muddy wheel
WPE 39 - Timely analysis
WPE 40 - Enveloping cone
SHM 41 - Pseudo oscillation
WPE 42 - Incomplete gap
SHM 43 - Probability
SHM 44 - Elasty Bob
WPE 45 - Physical math
SHM 46 - Estimation games
SHM 47 - Most analytical
WPE 48 - Centrifugal in action
SHM 49 - Mean tension
SHM 50 - Frictional oscillations
Centre of Mass and Collision
46 attachments • 5 hrs
COM 1 - Subtle Art
COM 2 - Intuitive one
COM 3 - Most Imp one
COM 4 - Drag force
COM 5 - Spring in between
COM 6 - Jumper
COM 7 - Hidden Condition
COM 8 - Thermal loss
COM 9 - Vectors Simplify Collision
COM 10 - Geometry !!
COM 11 - Pattern Physics
COM 12 - Break it
COM 13 - Subtle collision
COM 14 - Balance
COM 15 - Ease calculation
COM 16 - Hidden Inequality
COM 17 - For leaving
COM 18 - Rocket science
COM 19 - Pulling chain
COM 20 - Exchange and Collide
COM 21 - One man in a boat
COM 22 - Vector Impulse
COM 23 - RC Helicopter
COM 24 - Quick collision
COM 25 - Converyer it
COM 26 - Bounce back
COM 27 - Hidden Impulse
COM 28 - Triangular fractal
COM 29 - Two way collision
COM 30 - Sweeping Pan
COM 31 - Collision circle
COM 32 - Imaginary Com
COM 33 - Deformed analysis
COM 34 - Impulsive incline
COM 35 - Rocket in space
COM 36 - Shorter way
COM 37 - Keen observation
COM 38 - Induction average
COM 39 - RC Helicopter
COM 40 - Impulse Reaction
COM 41 - Snakey com
COM 42 - Reducing bounce
COM 43 - Stuck in Abyss
COM 44 - Subtle Normal
COM 45 - Subtle impulses
COM 46 - Pseudo vector, centroid all in
Rigid Body Dynamics
50 attachments • 8 hrs
RBD 1 - Variable L (direction)
RBD 2 - Blurred Photo
RBD 3 - Spin inside Spinning
RBD 4 - Collision and Rolling
RBD 5 - All in one
RBD 6 - Drag it
RBD 7 - Mixer
RBD 8 - Inst axis of rotation
RBD 9 - Subtle Constraint
RBD 10 - Toppler
RBD 11 - Equlibrium Intuition
RBD 12 - Triangular lamina
RBD 13 - Graphical Dynamics
RBD 14 - Rolling Cylinder
RBD 15 - Min Moment of Inertia
RBD 16 - Real Centripetal
RBD 17 - no support stand
RBD 18 - Step up
RBD 19 - guess the angle
RBD 20 - Not exact
RBD 21 - Magical Observation
RBD 22 - Instantaneous Inertia
RBD 23 - Dynamical geometry
RBD 24 - Wavy rotation
RBD 25 - Impulse rules
RBD 26 - Most imp one
RBD 27 - Tricky MOI
RBD 28 - Hanging there
RBD 29 - Elements of roll
RBD 30 - Euler Coin
RBD 31 - Mutual SHM
RBD 32 - Fractal reconstruction
RBD 33 - Weirdy Pendulum
RBD 34 - Yoyo's dynamics
RBD 35 - Temporary rigid
RBD 36 - Spool analysis
RBD 37 - Just stable
RBD 38 - Pict it up
RBD 39 - Accelerating systems
RBD 40 - Two mass ring
RBD 41 - Roller in tube
RBD 42 - Projected rod
RBD 43 - Frame change nutshell
RBD 44 - Multiple axis simplified
RBD 45 - Static games
RBD 46 - Equilateral MOI
RBD 47 - Stuck in the middle
RBD 48 - Combined dynamics
RBD 49 - Geometrical statics
RBD 50 - Topple on incline
Fluid Mechanics, Surface Tension and Mechanical Properties
37 attachments • 4 hrs
Fluids 1 - Efflux force
Fluids 2 - Slit it down
Fluids 3 - Density offset
Fluids 4 - Fundamentals
Fluids 5 - Indifference
Fluids 6 - Fill up
Fluids 7 - air bubble in rotating rod
Fluids 8 - Rotating fluid
Fluids 9 - Heating chambers
Fluids 10 - Why deaccelerate !
Fluids 11 - behind it
Fluids 12 - Simplifiying fluids
Fluids 13 - Deep analysis
Fluids 14 - Rot to Osci to fluids
Fluids 15 - After melt effects
Fluids 16 - Surface expansion
Fluids 17 - Melting mystery
Fluids 18 - Angular Twist
Fluids 19 - Quadratic Drag
Fluids 20 - Electro elastic
Fluids 21 - Surface elastic
Fluids 22 - Melting lift
Fluids 23 - Curvy flow
Fluids 24 - Drop form
Fluids 25 - Rotating aperture
Fluids 26 - Trans fluids
Fluids 27 - Incline efflux
Fluids 28 - Fixing tube
Fluids 29 - Cylindrical viscous
Fluids 30 - In Out flow
Fluids 31 - Tension in Oscillation
Fluids 32 - Averaging out
Fluids 33 - Average upthrust
Fluids 34 - Logic transfer
Fluids 35 - Sticking limits
Fluids 36 - Observe it
Fluids 37 - Rotating interface
Heat and Thermodynamics
35 attachments • 4 hrs
Thermo 1 - Efficiency in Cycle
Thermo 2 - Intuitive expansion
Thermo 3 - Massive information
Thermo 4 - Raise it
Thermo 5 - Hidden work
Thermo 6 - Thermo-mechanics
Thermo 7 - Impulse in Gas
Thermo 8 - AM > GM
Thermo 9 - 3 Vessel in heat
Thermo 10 - Neutrino fall
Thermo 11 - Linear distribution
Thermo 12 - Polytropic cycle
Thermo 13 - Confused yet solvable
Thermo 14 - Mean elastic balls
Thermo 15 - Analytical thermo
Thermo 16 - Asymmetry -> Expansion
Thermo 17 - Who is hotter !!
Thermo 18 - Unexpected mix
Thermo 19 - Mix n match
Thermo 20 - Secrets of Chambers
Thermo 21 - Free me up
Thermo 22 - Chambers
Thermo 23 - Rocket fueling
Thermo 24 - Classic calorimetry
Thermo 25 - Variable capacity
Thermo 26 - Most probable
Thermo 27 - Entropy room
Thermo 28 - 3 step process
Thermo 29 - Efficiency cycles
Thermo 30 - Constant ratio
Thermo 31 - Gaseous com
Thermo 32 - Hardcore calculations
Thermo 33 - Chamber rules
Thermo 34 - Just saved
Thermo 35 - Boltzmann Entropy
Waves
29 attachments • 3 hrs
Waves 1 - Echo Echo
Waves 2 - Hidden Pulse
Waves 3 - Thermal Stress pulse
Waves 4 - Don't miss this
Waves 5 - wave geometry
Waves 6 - Mean Kinetic
Waves 7 - Doppler analysis
Waves 8 - How dense
Waves 9 - Reduced amplitude
Waves 10 - Solid sound
Waves 11 - Circular doppler
Waves 12 - Rotating elastic cord
Waves 13 - Shifting frame
Waves 14 - Longitudnal speed
Waves 15 - Triangular set
Waves 16 - Oscillating Doppler
Waves 17 - Geometrical Inf
Waves 18 - Standing analysis
Waves 19 - Doppler's frame
Waves 20 - Closed sound
Waves 21 - Race to end
Waves 22 - Thermal exp
Waves 23 - Temporal Interference
Waves 24 - Beats
Waves 25 - 2d Standing waves
Waves 26 - Decaying wave
Waves 27 - Accelerated source
Waves 28 - No escape
Waves 29 - Generalized frequencies
Testimonials
My physics was already very strong from the start so I used S060 physics as a treasure mine for golden problems that i would take a lot of time to find and not to lie i have done many of them wrong and so the solutions really did helped there also as Priyank bhaiya always explains from very deep conceptual level ] This experience was the reason I further enrolled in the revision program now Hoping for the best in future
Kunal
Set of 60 Student
I was in search of advance-questions which needed some level of brainstorming, and this really wasted my time as I had to go through many books, but now That I have enrolled in S060, having 60 nice questions at hand, really saved a lot of time. Every question teaches a new way of approach, and has some complexity to it. These questions has really helped my out-of-box thinking capacity and build my intuition.
Dipayan Chaudhary
Set of 60 Student
Because after watching the videos of concept crunch it was after a long time that I was able to think what am doing what is physics being applied here not just mathematical calculations I was able to realise everything in more depth and able to think on tough problems The intuitive way of teaching which my coaching teacher couldn't delivered to me That's why I chose set of 60
Nikhil
Set of 60 Student
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Absolutely! we are committed to providing an engaging and interactive learning experience. You will have opportunities to interact with them through our community. Take full advantage to enhance your understanding and gain insights directly from the expert.
About the creator
Priyank Kaushik
Priyank is an IIT Kanpur graduate who is pursuing research in field of theoretical High-Energy Physics. He has always been passionate about building a deep conceptual understanding of physics among students and sharing astonishing facts about our universe.
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