Classroom Content

Lecture 1 - Units And Measurement

Topic - Physical Quantity And Units

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Lecture

Lecture 2- Units And Measurement

Topic - dimensions

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Lecture

Lecture 3- Units And Measurement

Topic- Types of physical quantities Application 1

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Lecture

Lecture 1,2 & 3 In One class

PhysicalQuant.&Units TypesOfPhy.Quant. Dimension

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Lecture

Lecture 4:Units and Measurement

Topic- Application 2: To Derive formula

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Lecture

Lecture 4: Units And Dimensions

Topic - Application 3 Limitations of dimensions

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Lecture 5: Units And Measurement

Error and its types Abs.,MeanAbs,Relative, %error

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Lecture

Lecture 6:Units and measurement

Topic - Combination of errors

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Lecture 7:Units and measurement

Topic - Combination of errors Significant figures

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Lecture

Lecture 9 ; Units And Measurement

Topic- significant no. Rounding off & operations

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Lecture

Lecture 9(contd):Units and measurement

Topic - accuracy and precision.

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Lecture

Lecture 1:motion in a straight line

Rest &motion, MotionTypes PMO, scalars&vectors

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Lecture

Lecture 2: Motion in a straight Line

Topic- Distance & displacement Speed & Velocity

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Lecture

Test U&M discussion part 1:

MCQs were discussed

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Lecture

Lecture 3: Motion In a straight line

Topic- Types of Speed/ Velocity Practice questions

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Lecture

Test U&M discussion part 2

Theory & numerical based questions were discussed

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Lecture

Lecture 4: Motion In a straight line

Topic- Relative Velocity Acceleration

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Lecture

Lecture 5: Motion in straight Line

Graphs

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Lecture

Lecture 6 Motion in a Straight line

Graphs v-t & a-t graph

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Lecture

Lecture 7 Motion in a Straight line

Graphs and questons related to it

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Lecture

Lecture 8 Maths bridge course

Coordinate system Angles Trignometry Calculus

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Lecture

Lecture 9 Maths bridge course

Calculus and important questions

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Lecture

Lecture 10:motion in a straight Line

3 eqtns. of motions Dist. travelled in nth second

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Lecture

Motivational Talks

Career guidance session

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Lecture

Lecture 11: Motion in a straight Line

Practice Questions in depth

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Lecture

Lecture 12: Motion In Straight Line

Practice Questions in depth

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Lecture

Lecture 1: Motion In a Plane

Scalar Vs Vectors Representation Impt Terminology

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Lecture

Lecture 2: Motion In a Plane

Unit Vectors Resultant Vector- Geometrical method

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Lecture

Lecture 3: Motion in a Plane

Resultant Vector - Geometrical & Analytical method

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Lecture

Lecture 4: Motion In a Plane

Resultant Vectors practice Questions.

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Lecture

Lecture 5: Motion In a Plane

Rectangular components of Vector their Application

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Lecture

Lecture 6:Motion in a plane

Vector Product Dot product & cross product

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Lecture

Lecture 7: Motion In aPlane

Concept Check Projectile Deriving Time, Ht, Range

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Lecture

Lecture 9: Motion in a plane

Type III & Type IV questions- Vectors

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Lecture

Lecture 10: Motion In A Plane

Projectile Velocity at a point TrajectoryEquation

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Lecture

Lecture 11: Motion In a Plane

Circular motion

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Lecture

Lecture 12: Motion In a Plane

circular motion and it's practice questions.

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Lecture

Lecture 1: Laws Of Motion

Introd (F, P) Newton's laws: Ist law IInd law

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Lecture

Lecture 2: Laws Of Motion

IInd & IIIrd Law 2nd Law is the real law Impulse

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Lecture

Lecture 3: Laws Of Motion

Weight, Normal reaction, Tension, Friction Lift R

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Lecture

Lecture 4: Laws Of Motion

W/R/T/f Free Body Diagrams Connected motion

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Lecture

Lecture 5: Laws Of Motion

Topic wise PQ :1 disscussion

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Lecture

Lecture 6: Laws Of Motion

Friction lecture 1 Few topics were not recorded..

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Lecture

Lecture 7: Laws Of Motion

LawsOFfriction Θ,α angle Body on inclined plane

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Lecture

Lecture 8: Laws of Motion

LawOfConservationMomentum Topicwise PQ2 discussion

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Lecture

Lecture 9: Laws Of Motion

Topic wise PQ 2 discussion

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Lecture

Lecture 10: Laws Of Motion

CircularMotion Level&Banked Road BendingOfCyclist

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Lecture

Lecture 11: Laws Of Motion

Concept checking Motion in a Vertical circle

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Lecture

Lecture 1: Work, Energy & Power

Work completed

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Lecture

Lecture 2: Work, Energy And Power

Power Energy intro Mechanical energy & its types

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Lecture

Lecture 3: Work, Energy and Power

Energy and it's form Mech. E Kinetic E & derivt.

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Lecture

Lecture 4: Work, Energy and Power

Potential Energy Gravitational PE Elastic PE

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Lecture

Lecture 5: Work, Energy and Power

ConservationOfTotal ME, TOPICPQ2: soln. discussion

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Lecture

Lecture 6: Work, Energy and Power

TOPIC WISE PQ2: solution discussion

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Lecture

Lecture 7: Work, Energy And Power

Colllisions Elastic collision

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Lecture

Lecture 7: Work, Energy And Power

Inelastic collision

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Lecture

Lecture 1: Gravitation

Univ. Law of G freefall, g, W Rel. b/w 'g' & 'G'

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Lecture

Lecture 2: Gravitation

Basic concept clearing Variation of g' with ht & d

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Lecture

Lecture 3:Gravitation

Variation of g' with Curvature&Rotation E, V & U

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Lecture

Lecture 4: Gravitation

Topic wise PQ 1 discussion

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Lecture

Lecture 5:Gravitation

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Lecture

Lecture 5: Gravitation

Satellite & type Derivations related to satellite

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Lecture

Lecture 5:Gravitation

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Lecture

Revision series-1

Units & Measurement- fast track

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Lecture

Revision series-2

Units & Measurement- fast track

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Lecture

Revision series-3

Units & Measurement- fast track

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Lecture

Revision series-4

Motion In a Straight Line- fast track

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Lecture

Revision series-5

Motion In a Straight Line- fast track

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Lecture

Revision Series-6

Motion In a Straight Line- fast track

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Revision series-7

Motion In a Straight Line- fast track

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Lecture

Revision series- 8

Motion In a Straight Line- fast track

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Lecture

Revision series-8

Motion In a Straight Line- fast track

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Lecture

Group Discussion

Let's discuss

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Lecture

Lecture 1: System Of Particles And Rotational Motion

Introductory, Centre of mass

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Lecture

Lecture 2021-10-14

Lecture by Kunal gupta held on 14 Oct, 2021

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Lecture

Lecture 2: System Of Particles And Rotational Motion

Derivation for COM and numericals

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Lecture

Lecture 3: System Of Particles And Rotational Motion

Miscellaneous Derivations and numericals

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Lecture

Lecture 4: System Of Particles And Rotational Motion

Torque, MOI, L

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Lecture 5: System Of Particles And Rotational Motion

Torque, MOI, L Miscellaneous Concepts

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Lecture

Lecture 6: System Of Particles And Rotational Motion

Miscellaneous Concepts Equilibrium

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Lecture

Lecture 7: System Of Particles And Rotational Motion

Numericals of part - II

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Lecture

Lecture 2021-11-05

Lecture by Kunal gupta held on 05 Nov, 2021

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Lecture

Lecture 2021-11-15

Lecture by Kunal gupta held on 15 Nov, 2021

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Lecture

Lecture 2021-11-21

Lecture by Kunal gupta held on 21 Nov, 2021

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Lecture

Lecture 2021-11-22

Lecture by Kunal gupta held on 22 Nov, 2021

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Lecture

Lecture 2021-11-22

Lecture by Kunal gupta held on 22 Nov, 2021

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Lecture

Lecture 1: Mechanical Properties Of Solids

Intro of Bulk matter forces Stress & it's types

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Lecture

Lecture 2021-11-28

Lecture by Kunal gupta held on 28 Nov, 2021

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Lecture

Lecture 2021-11-29

Lecture by Kunal gupta held on 29 Nov, 2021

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Lecture

Lecture 2021-11-29

Lecture by Kunal gupta held on 29 Nov, 2021

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Lecture

Lecture 2021-11-30

Lecture by Kunal gupta held on 30 Nov, 2021

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Lecture

Lecture 1: Mech Prop Of Fluids

Basics force & pressure Density, RD

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Lecture

Lecture 2: Mech Prop Of Fluids

'P' variation Pascal'sLaw& it'sAppl. Atm.Pressure

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Lecture

Lecture 2021-12-09

Lecture by Kunal gupta held on 09 Dec, 2021

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Lecture

Lecture 3: Mech Prop Of Fluids

Buoyant force Archemeded Principle LOF

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Lecture

Lecture 4:Mech Prop Of Fluids

Basics (Coh. & Adh) Surface tension Surface energy

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Lecture

Lecture 2021-12-13

Lecture by Kunal gupta held on 13 Dec, 2021

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Lecture

Lecture 2021-12-13

Lecture by Kunal gupta held on 13 Dec, 2021

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Lecture

Lecture 5:Mech Prop Of Fluids

Excess pressure basics

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Lecture

Lecture 5:Mech Prop Of Fluids

Excess pressure inside curved surfaces derivation

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Lecture

Lecture 6:Mech Prop Of Fluids

Angle of contact capillarity

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Lecture

Lecture 2021-12-16

Lecture by Kunal gupta held on 16 Dec, 2021

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Lecture

Lec7:Mech Prop Of Fluids-II

Viscosity Coefficient of viscosity FAQ

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Lecture

Lec8:Mech Prop Of Fluids-II

Poiseuilles Equation Stokes law Terminal velocity

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Lecture

Lec9:Mech Prop Of Fluids-II

Streamline and Turbulent flow Reynolds number

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Lecture

Lec10:Mech Prop Of Fluids-II

Equation of continuity Types of energy possessed by a fluid

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Lecture

Lec11: Mech Prop Of Fluids-II

Bernoulli's Theorem Applications of bernaulli's theorem

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Lecture

Lecture 2022-01-05

Lecture by Kunal gupta held on 05 Jan, 2022

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Lecture

Lec1: Thermal Prop Of Matter

Heat Temperature Thermal expansion

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Lecture

Lect2: Thermal Prop Of Matter

Anomolous behaviour of water specific heat, c latent heat, L

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Lecture

Lect3: Thermal Prop Of Matter

Cp and Cv Numericals

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Lecture

Lect4: Thermal Prop Of Matter

modes of HT Thermal conductivity Blackbody

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Lecture

Lect5: Thermal Prop Of Matter

Stefan law Weins law green-house effect numericals

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Lecture

Lect4: KTG

Urms Mean free path Law of equipartition Specific heats

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Lecture

ONESHOT part1: ch-13, Oscillations

Basic terminology Equations of SHM Total Energy

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Lecture

Test 1: Rotation

5 marks each COM

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Test

Ch-7, System Of Particles And Rotational Motion

After paper do watch solutions for the same

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Test

Topic Wise PQ 1: System Of Particles And Rotational Motion

Assignment related to part 2 of the chapter

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Assignment

Test 1:System Of Particles And Rotational Motion

You must watch solutions after doing test

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Test

Test3: System Of Particles And Rotational Motion

Must watch solutions after doing test.

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Test

Chg8, Gravitation

Do watch solutions after

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Test

Topic wise PQ1 : Mechanical Properties Of Solids

Covers all 5 topics first understand the concept then attempt

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Assignment

Mechanical Properties of Solids

Read questions carefully enough time is given.

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Test

Ch9-Mechanical Properties Of Solids

This is a subjective offline test

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Test

Mechanical Properties of Fluids

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Test

Mechanical Properties of Solids,Mechanical Properties of Fluids

Test is of chapter 9 &10

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Test

Ch9&10- Mech Prop Of Solids And Fluids

This test was conducted offline on

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Test

Mechanical Properties of Fluids

Read questions carefully and then answer

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Test

Mechanical Properties of Fluids

Test 2 only for kartik

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Test

Thermal Properties of Matter

Answers /solutions should be written in answer sheet

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Test

Thermal Properties of Matter

Answers should be written in notebook

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Test

Ch-12 thermodynamic

Understand questions carefully

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Test

Ch-12, Kinetic Theory Of Gases

Complete test

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Test

Ch-12, Kinetic Theory Of Hard

Complete test

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Test

Ch-13, Oscillations

Revise before becoming

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Test

Oscillations,Waves

Answers need to be written on answers sheets and needs to be solved.

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Test

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Study Material

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NOTES 2:MOTION IN A PLANE

Projectile and circular mouton

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Study Material

NOTES 1Rotational motion.pdf

Part 1 notes COM

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Study Material

NOTES 2-Rotational motion .pdf

Covers various physical quantities

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Study Material

NOTES - Mechanical properties of Solids.pdf

Compete notes

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Study Material

Topic wise PQ1 - Mechanical properties of Solids.pdf

Mechanical properties of Solids all topics

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Study Material

NOTES 1- Mechanical properties of fluids.pdf

This contains hydro Statics

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Study Material

notes2mech prop of fluids

The last topic will be taught in class

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Study Material

NOTES3- MechProp of fluid

Last post of notes Bernoulli theorem notes were made in class

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Study Material

Notes2-ThermPropofMatter

Modes of heart transfer Black body Laws Green house effect

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Study Material

Notes1-ThermPropofMatter

Heat and temp Thermal expansion c & L

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Study Material

NOTES 1- Thermodynamics

Ch thermo complete notes

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Study Material

NOTES- KTG

Complete notes

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Study Material

Ch13-Oscillations.pdf

Complete notes of oscillations

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Study Material

Ch-14, Waves.pdf

Complete notes of upcoming syllabus of Waves

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Study Material