11th-physics
Syllabus
Syllabus
Text Books
Text Books
PHYSICS PART 1 (ENGLISH MEDIUM)
PHYSICS PART 2 (ENGLISH MEDIUM)
PHYSICS PART 1 (PUNJABI MEDIUM)
PHYSICS PART 2 (PUNJABI MEDIUM)
ਵੈੱਬ ਸਾਇਟ ਤੇ ਉਪਲੱਬਧ ਪਾਠ-ਪੁਸਤਕਾਂ ਕੇਵਲ ਅਧਿਆਪਕਾਂ, ਵਿਦਿਆਰਥੀਆਂ ਅਤੇ ਮਾਪਿਆਂ ਦੀ ਵਰਤੋਂ ਲਈ ਹਨ| ਇਨ੍ਹਾਂ ਪਾਠ-ਪੁਸਤਕਾਂ ਦੀ ਦੁਰਵਰਤੋਂ (ਜਿਵੇਂ ਪ੍ਰਿੰਟ ਕੱਢ ਕੇ ਵੇਚਣਾ ਆਦਿ) ਕਰਨਾ ਕਾਨੂੰਨੀ ਜੁਰਮ ਹੈ ਅਤੇ ਇਸਦੀ ਦੁਰਵਰਤੋਂ ਕਰਨ ਵਾਲਾ ਸਜ਼ਾ ਦਾ ਪਾਤਰ ਹੋਵੇਗਾ|
ਚੇਅਰਮੈਨ
ਪੰਜਾਬ ਸਕੂਲ ਸਿੱਖਿਆ ਬੋਰਡ
Video Material & Edusat Lecture
Video Material & Edusat Lecture
LESSON NO.1:- PHYSICAL WORLD AND MEASUREMENTS
LESSON NO.1:- PHYSICAL WORLD AND MEASUREMENTS
1.1 THEORY OF ERRORS (PART-1)
1.2 PHYSICS IN RELATION TO SCIENCE, TECHNOLOGY AND SOCIETY 1
1.3 USES OF DIMENSIONAL ANALYSIS
1.4 NATURE OF PHYSICAL LAWS 1
1.5 MEASUREMENTS OF TIME INTERVALS 1
1.6 FUNDAMENTAL AND DERIVED UNITS 1
1.7 DIMENSIONAL ANALYSIS 1
1.8 THEORY OF ERRORS (PART-2) OF 1
1.9 INDIRECT METHODS OF MEASURING DISTANCE 1
1.10 SIGNIFICANT FIGURES 1
1.11 Measurement of time intervals 1
1.12 THEORY OF ERRORS PART II OF 1
1.13 SIGNIFICANT FIGURES 1
1.14 DIMENSIONAL ANALYSIS 1
1.15 USES OF DIMENSIONAL ANALYSIS 1
1.16 FUNDAMENTAL AND DERIVED UNITS 1
1.17 NATURE OF PHYSICAL LAWS 1
1.18 THEORY OF ERRORS PART I OF 1
1.19 PHYSICS IN RELATION TO SCIENCE TECHNOLOGY AND SOCIETY 1
1.20 INDIRECT METHODS OF MEASURING DISTANCE 1
1.21 MEASUREMENT OF MASS AND WEIGHT 1
1.22 MEASUREMENT OF MASS AND WEIGHT 1
LESSON NO.2 :- KINEMATICS
LESSON NO.2 :- KINEMATICS
2.1 NUMERICAL PROBLEMS ON VECTORS
2.2 EQUILIBRIUM OF CONCURRENT FORCES 1
2.3 Equation of motions Graphical Method
2.4 Numerical problems on motion of projectile 1
2.5 Numerical problems on eqn of motion 1
2.6 Study of position time and velocity time graph 1
2.7 EQUATIONS OF MOTION 2
2.8 PRACTICE AND REVISION OF KINEMATICS PART 1
2.9 MOTION IN STRAIGHT LINE
2.10 MOTION OF PROJECTILE 1
2.11 VECTORS 1
2.12 VELOCITY OF ACCELERATION 1
2.13 VECTOR ALGEBRA PART II
2.14 VECTAR ALGEBRA PART I
2.15 EQUATIONS OF MOTION 1
2.16 EQUATIONS OF MOTION 2
2.17 Equation of motions Graphical Method
2.18 Numerical problems on eqn of motion 1
2.19 Numerical problems on motion of projectile 1
2.20 Study of position time and velocity time graph 1
2.21 VELOCITY OF ACCELERATION 1
2.22 CENTRE OF GRAVITY 1
2.23 VECTOR ALGEBRA PART I
2.24 VECTOR ALGEBRA PART II
2.25 VECTORS 1
2.26 PRACTICE AND REVISION OF KINEMATICS PART 1
2.27 MOTION IN STRAIGHT LINE
2.28 NUMERICAL PROBLEMS ON VECTORS
2.29 MOTION OF PROJECTILE 1
2.30 EQUATIONS OF MOTION 1
2.31 Motion in Straight Line p1
2.32 Motion In a Concept of Projectile p1
2.33 Vectors
2.34 Projectiles
2.35 Motion in one Dimension
LESSON NO. 3 :- LAWS OF MOTION
3.1 UNIFORM CIRCULATION MOTION 1LESSON NO. 3 :- LAWS OF MOTION
3.2 FRICTION AND ITS METHOD 1
3.3 NEWTON'S IST LAW OF MOTION 1
3.4 NEWTON'S SECOND AND THIRD LAWS 1
3.5 NEWTON'S IST LAW OF MOTION 1
3.6 CIRCULAR MOTION, BANKING OF ROADS, BENDING OF A CYCLIST 1
3.7 NEWTON'S SECOND AND THIRD LAWS 1
3.8 FRICTION AND ITS METHOD 1
3.9 UNIFORM CIRCULATION MOTION 1
3.10 Force & Friction p1
3.11 Dynamics of Circular Motion & Rotational Motion p1
3.12 Circular Motion p1
3.13 Vehicles on Curve
3.14 Numerical problems based on laws of motion
LESSON NO. 4:- WORK, ENERGY AND POWER
4.1 POTNETIAL AND KINECTIC ENERGYLESSON NO. 4:- WORK, ENERGY AND POWER
4.2 ELASTIC COLLISION 1
4.3 INELASTIC COLLISION
4.4 Numerical problems on work and energy
4.5 Numerical problems on work and energy
4.6 ELASTIC COLLISION 1
4.7 POTNETIAL AND KINECTIC ENERGY
4.8 INELASTIC COLLISION
4.9 Mcqs of work, Energy & Power p1
4.10 Potential Energy
4.11 Numerical based on Work Power Energy
LESSON NO. 5:- MOTION OF SYSTEM OF PARTICLES AND RIGID BODY
5.1 CENTRE OF GRAVITY 1LESSON NO. 5:- MOTION OF SYSTEM OF PARTICLES AND RIGID BODY
5.2 ROLLING MOTION
5.3 MOTION OF RIGID BODY 1
5.4 DYNAMICS OF ROTATIONAL MOTION 1
5.5 Rotational motion
5.6 ANGULAR MOMENTUM
5.7 Rotational motion
5.8 MOTION OF CENTRE OF MASS
5.9 DYNAMICS OF ROTATIONAL MOTION 1
5.10 CENTRE OF GRAVITY 1
5.11 MOMENT OF INERTIA 1
5.12 ROLLING MOTION
5.13 ANGULAR MOMENTUM
5.14 Moment of Inertia p1
5.15 MOTION OF RIGID BODY 1
LESSON NO:- 6 GRAVITATION
6.1 MOTION OF SATELLITE 1LESSON NO:- 6 GRAVITATION
6.2 Numerical problems on gravitation
6.3 Acceleration due to gravity 1
6.4 GRAVITATIONAL POTENTIAL OF POTENTIAL ENERGY
6.5 Acceleration due to gravity 1
6.6 Numerical problems on gravitation
6.7 GRAVITATIONAL POTENTIAL OF POTENTIAL ENERGY
6.8 LAWS OF GRAVITATION 1
6.9 MOTION OF SATELLITE 1
6.10 Orbital Velocity
6.11 Moment of Intertia
LESSON NO:- 7 PROPERTIES OF BULK MATTER
7.1 THRUST OF PRESSURE 1LESSON NO:- 7 PROPERTIES OF BULK MATTER
7.2 BERNOULLI'S THEOREM AND ITS APPLICATION 1
7.3 ELASTICITY 1
7.4 VISCOSITY 2
7.5 SURFACE TENSION 1
7.6 Numerical problems on Pressure
7.7 CALORIMETRY 1
7.8 THERMAL EXPANSION 1
7.9 Numerical problems on Pressure
7.10 CALORIMETRY 1
7.11 THERMAL EXPANSION 1
7.12 BERNOULLI'S THEOREM AND ITS APPLICATION 1
7.13 VISCOSITY 2
7.14 .ELASTICITY 1
7.15 SURFACE TENSION 1
7.16 THRUST OF PRESSURE 1
7.17 TRANSFER OF HEAT 1
7.18 Thermal Expansion
7.19 bubbles & capillary
7.20 Strokes law terminal velocity
LESSON NO:-8 THERMODYNAMICS
8.1 Numerical problems on thermodynamicsLESSON NO:-8 THERMODYNAMICS
8.2 THERMODYNAMICS 1
8.3 LAWS OF THERMODYNAMICS 1
8.4 HEAT ENGINE AND REFRIGERATOR 1
8.5 Numerical problems on thermodynamics
8.6 LAWS OF THERMODYNAMICS 1
8.7 THERMODYNAMICS 1
8.8 Thermodynamics
LESSON NO:- 9 BEHAVIOUR OF PERFECT GAS AND KINETIC THEORY
9.1 BEHAVIOUR OF PERFECT GASES 1LESSON NO:- 9 BEHAVIOUR OF PERFECT GAS AND KINETIC THEORY
9.2 GAS LAWS AND KINECTIC THEORY 1
9.3 GAS LAWS AND KINECTIC THEORY 1
9.4 BEHAVIOUR OF PERFECT GASES 1
LESSON NO:- 10 OSCILLATIONS AND WAVES
10.1 WAVE MOTION 1LESSON NO:- 10 OSCILLATIONS AND WAVES
10.2 STANDING WAVES 1
10.3 SHM ITS EQ AND PHASES WITH PRINCIPLES OF SUPER POSITION OF WAVES 1
10.4 DISPLACEMENT VELOCITY ACCELERATION AND GRAPHICAL REPRESENTATION OF SHM
10.5 SHM ITS EQ AND PHASES WITH PRINCIPLES OF SUPER POSITION OF WAVES 1
10.6 BEATS AND DOPPLER EFFECT 1
10.7 STANDING WAVES 1
10.8 PROGRESSIVE WAVE MOTION 1
10.9 WAVE MOTION 1
10.10 Periodic Functions
10.11 SHM ITS EQ AND PHASES WITH PRINCIPLES OF SUPER POSITION OF WAVES 1
10.12 Oscillations
MATHEMATICAL TOOLS
MATHEMATICAL TOOLS
PRACTICALS
PRACTICALS
- Use of Screw gauge to measure diameter of a given wire and thickness
- Use of Spherometer to Measure Thickness of a sheet and Redius of Curvature 1
- Least Count of a stop watch and Acceleration due to Gravity using Simple Pendulum
- Coefficient of sliding friction and coefficient of Viscosity 1
- Velocity of sound in air using Resonance tube 2
- Relation between Tension and Length ,Frequency and Length using Sonemeter 1
- Young's modulus by Learles Apparatus 1
- Young's modulus by Learles Apparatus 2
- Newton's law of gravity and Boyle's Law 1
- Mass of a given body using metre scale balance and weight of a given body
- Young's modulus by Learles Apparatus 2
- Use of Spherometer to Measure Thickness of a sheet and Redius of Curvature 1
- Relation between Tension and Length, Frequency and Length using Sonemeter 1
- Least Count of a stop watch and Acceleration due to Gravity using Simple Pendulum
- Coefficient of sliding friction and coefficient of Viscosity 1
- Young's modulus by Learles Apparatus 1
- Mass of a given body using metre scale balance and weight of a given body
- Newton's law of gravity and Boyle's Law 1
- Use of Screw gauge to measure diameter of a given wire and thickness
- Velocity of sound in air using Resonance tube 2
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