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New SLOs / Syllabus For 2011 Examination
Physics - Class IX examination in 2010 and onwards Physics - Class X examination in 2011 and onwards
Model Test Papers - Physics
Physics IX Paper A Physics IX Paper B Physics IX Paper C Physics IX Paper D Physics IX Paper E Physics IX Course Outlines IX Physics IX test paper. Physics X Paper A Physics X Paper B Physics X Paper C Physics X Paper D Physics X Paper E physics X paper course outlines Physics X Physics XI Physics X P - I Test Paper Physics X P-II Test Paper Physics Test Paper A Secondary Level PHYSICS_XI_Scalars_Vectors_Theory_Questions_from_past_papers Physics_XI_Motion_Numerical_from_Past_Papers Physics_XI_Motion_Theory_Question_from_Past_papers PHYSICS_XI_Scalars_Vectors_Numerical_from_past_papers PHYSICS_X_PAPER-I Physics_XI_Test PHYSICS-X-PAPER-II Physics_X_Test_Paper
Flash / Animated Tutorials - Physics
Physics - Fission of Uranium Physics - AC Generator Physics - AND Gate Physics - Full Wave Rectifier Physics - DC Motor Physics - Electron Physics - Galvanometer Physics - Half Wave Rectifier Physics - Induction Coil Physics - NOT Gate Physics - Nuclear Fission Physics - Photoelectric Physics - Radioactivity Physics - Thermionic Emission Physics - Transistor A.C. Generator II Physics - Amperes Law applied to a Toroidal Solenoid Physics - Angular Acceleration Physics - Angular velocity Physics - Circular Motion Physics - DC Motor Physics - Electric Generator Physics - How Generator works Physics - Magnetic field in solenoid Physics - Torque and Angular Momentum Physics - Charged Particle in Magnetic Field Physics - Black body Spectrum Physics - Diffraction Double Slit Physics - Diffraction Slider Physics - Diffraction Slit Ripple Tank Physics - Huygens Principle Physics - Radioacivity Effect of Magnetic field on Radiations Physics - Radioactive Radiations Electric field Physics - Radioactivity Concept Halflife
Free Demo Tests for AKUEB / Karachi Board / Federal Board	Adobe Reader is required.
Physics MCQ's Tests Physics X AKUEB Sample MCQ's Test Physics Kinematics MCQ's Test Physics Sound MCQ's Test Physics X Light MCQ's Test Physics XI Simple Harmonic Motion MCQ's Test Physics XI Scalars & Vectors MCQ's Test Physics XII Heat & Thermodynamics MCQ's Test Physics IX Vectors MCQ's Test Physics XI Sound MCQ's Test Physics XI Simple Harmonic Motion MCQ's Test Physics - Electronics MCQ's Test Physics - Equilibrium MCQ's Test Physics - Light & Optical Instruments MCQ's Test Physics Force & Motion MCQ's Test Physics Scalars & Vectors MCQ's Test Physics IX Sample MCQ's Test Physics Electrostatics MCQ's Test Physics XI Motion in Two Dimension_MCQs Test PHYSICS_ XII_ HEAT_ MCQs_Test Physics_X_Electrostatics_MCQs_Test PHYSICS_XII_ELECTROSTATICS_Test Physics Notes & Study Pack Physics X SLO # 10.1.5 Explain that damping progressively reduces the amplitude of oscillation ( ARTICLE WITH FIG ILLUSTRATION) Physics_Pendulum_Force diagram_SLO#10.1.3 Physics_simple harmonic motion_ pendulum & bowl_SLO#10.1.2 Physics_ Compound Microscope_ Ray diagram_SLO # 12.7.1 Physics X SLO# 10.2.1 Describe wave motion as illustrated by vibrations in rope, slinky spring and by Experiments with water waves; ( DIAGRAM & DESCRIPTION) Physics_ Properties of light rayreflected by concave mirror Physics_ Refraction of light_SLO#12.3 Physics X SLO # 10.2.2 Describe that waves are means of energy transfer without transfer of matter; ( EXPERIMENT BASED DESCRIPTION) Physics X SLO # 11.3.4 Describe what is meant by intensity level and give its unit; (EQUATION WITH UNITS AND SOLVED NUMERICAL + MCQ’S) Physics_The Laws of Reflection_SLO#12.1.1 Physics_TheSnell's Law_SLO#12.3.1Total internal reflection _12.3.3 Physics X SLO# 11.3.5 Describe the importance of acoustic protection; (ARTICLE) Physics X SLO# 11.4 Noise pollution (ARTICLE) Physics_Astronomical Telescope_Its Magnifying Power SLO#12.8 Physics X SLO# 11.4.1 Explain that noise is a nuisance (ARTICLE) Physics X SLO#13.2.1 Describe experiments to show electrostatic charging by induction (DESCRIPTION WITH DIAGRAM) Physics X SLO# 13.3 Electroscope (WITH SOLVED MCQ’S) Physics_Defects of vision_SLO #12.9.1 & 12.9.2 Physics Distance_time Graph_SLO # 2.5.2 Physics X SLO# 13.3.1 Describe the construction and working principle of electroscope; (ARTICLE) Physics X SLO# 13.7 Applications of electrostatic. Physics_ Distance time graph_ SLO#2.5.5 Physics_ Velocity -time graph_SLO #2.5.2 Physics X SLO #13.7.1 Describe a situation in which static electricity is dangerous and discuss the Precautions taken to ensure the safe discharge of static electricity; (ARTICLE) Physics X SLO# 13.8.1 Describe a capacitor as a charge storing device (FUNCTION WITH DIAGRAM) Physics_Constant Velocity graph_SLO # 2.5.4 Physics: Formation of Images by Convex Lens_ Properties Physics X SLO# 13.8.4 Apply the formula for the effective capacitance of a number of capacitors Connected in series and in parallel to solve related problems; (PRACTICE WORK SHEET WITH MORE OVER 50 QUESTIONS OF ALL TYPES Physics X SLO# 13.9.1 Differentiate between fixed and variable capacitor (DIAGRAM , DESCRIPTION AND USES) Physics: Simple Microscope SLO# 12.7.1 Physics X SLO# 14.2 Potential difference and e.m.f (EXPLANATION WITH FORMULA AND NUMERICALS) Physics X SLO# 14.2.1 Understand the potential difference across a circuit component and name its unit. Physics X SLO# 14.4.3 Describe the factors affecting the resistances of a metallic conductor (FORMULA AND WORK SHHEET OF NUMERICALS AND MCQ’S) Physics: Total internal Reflection_SLO# 12.4.2_SLO #12.4.1_SLO #12.4.3 Physics X SLO # 14.4 Resistance (series and parallel combinations) (DERIVAION WITH WORKED EXAMPLES ABOUT ALL TYPES OF MIXED CIRCUITS WITH DIAGRAM) Physics X SLO# 14.5 The I-V characteristics for ohmic and non ohmic conductors ( EXPLANATION) Physics X SLO# 14.5.1 Sketch and interpret the I-V characteristics graph for a metallic conductor, a Filament lamp and a thermistor; (GRAPH BASED DESCRIPTION) Physics Terms Associatd with spherical mirrors Physics X SLO# 14.6.2 Apply the equation E = IVt = I²Rt = V ² t/R to solve numerical problem (WORK SHEET WITH NUMERICALS AND MCQ’S. CRQ’S FORMAT ALSO INCLUDED) Physics X SLO# 14.7 Use of circuit components (CIRCUIT DAIGRAM) Physics X SLO# 14.7.1 Identify circuit components such as switches, resistors, batteries etc (DIAGRAM BASED ILLUSTRATIONS) Physics X SLO# 14.8 Measuring instruments (galvanometer, ammeter, voltmeter) (CONSTRUCTION, CONVERSION, WORKING AND CONNECTION IN CIRCUITS) Physics Simple Harmonic Motion Physics X SLO# 14.8.2 Construct simple series (single path) and parallel circuits (multiple paths);(PRACTICAL BASED) Physics X SLO# 14.8.3 Predict the behavior of light bulbs in series and parallel circuit such as for Celebration lights; (WORD PROBLEMS AND DIAGRAM BASED) Physics X SLO# 14.9.1 State the functions of the live, neutral and earth wires in the domestic main supply;(CIRCUIT DIAGRAM AND USES) Physics X SLO# 14.9.2 Explain why domestic supplies are connected in parallel. Physics X SLO# 14.10.2 Explain the use of safety measures in household electricity. (Fuse, circuit Breaker, earth wire) (EXPLANATION) Physics X SLO# 15.7 Mutual induction. Physics X SLO # 15.7.1 Describe mutual induction and state its units. Physics X SLO# 15.8 Transformer. Physics X SLO #15.8.1 Explain that a transformer works on the principle of mutual induction between two Coils. Physics X SLO# 15.8.2 Describe the purpose of transformers in A.C. circuits. Physics IX Plasma_SLO # 7.1.2 Physics Cambridge section 1 Physics Cambridge Section Physics_Cambridge_Section_I Physics IX Torque OR Couple Physics MCQ's Physics Analogue Digital Electronics SLO#16.6.1 Physics Hazards of Radioactivity Physics Logic Gates SLO#16.8 Physics XII Chapter Heat_ MCQ's Physics XII Electrostatics_MCQ's Physics X II Current Electricity_MCQ's Physics XII Magnetism and Electromagnetism_MCQ's Physics_XII_Electrostatics_MCQ's Physics X I _ SLO # 2.5.1 _Vector product of two vectors (Definition & examples) Physics X I _ SLO # 2.5.2 _Vector product of two vectors in terms of angle between them (Explanation with solved examples) Physics X I _ SLO # 2.5.3 _Properties of vector product (Explanation & MCQ’s) Physics_XII_Heat_MCQ's Physics_XII_The_Nuclear_Physics_MCQ's Physics_Magnetism_and_Electromagnetism_MCQ's Physics_XII_Advent_of_Modern_Physics_MCQ's Physics_XII_Current_Electricity_MCQ's Physics_XI_Geometrical_Optics_MCQ's Physics X I _ SLO # 3.5.1 _Relation between Newton’s 2nd law of motion and the rate of change of momentum (Derivation with worked examples) Physics X I _ SLO # 3.5.2 _Impulse as product of impulsive force and time (Mathematical Proof) Physics X I _ SLO # 3.5.3 _Law of conservation of momentum (Statement, example with Numerical solution) Physics X I _ SLO # 3.5.4 _Law of conservation of momentum & elastic collision between two bodies in one dimension (Derivation & Work sheet) Physics X I _ SLO # 3.5.4 _Special cases of elastic collision between two bodies in one dimension (Explanation & Work sheet with MCQ’s) Physics X I _ SLO # 2.7.1 _Definition of equilibrium (Statement with examples) Physics_XI_Gravination_MCQ's Physics_XI_Motion_MCQ's Physics_XI_The_Scope_of_Physics_MCQ's Physics_XI_Torque_Moments_MCQ's Physics_XI_Wave_aspects_of_light_MCQ's Physics_XI_Work_Power_Energy_MCQ's Physics XI_Motion iin_two_dimensions_MCQ's Physics X I _ SLO # 3.6.1 _The process of rocket propulsion (Study Material with examples) Physics X I _ SLO # 3.6.2 _Projectile motion and Trajectory of projectile (Graphical representation & Derivation for Trajectory) Physics X I _ SLO # 3.6.3 _Projectile motion in non-resistive medium (Theory _ Basic Concept + MCQ’s) Physics X I _ SLO # 3.6.4 _Derivation for i). Time of flight ii). Maximum height iii). Horizontal range of a projectile (Derivation + Numerical Practice questions with MCQ’s) Physics X I _ SLO # 3.6.5 _Motion of ballistic missiles with reference to projectile motion (Explanation + Concept) Physics X I _ SLO # 2.7.2 _Conditions of equilibrium with applications (Definition + Explanation with numerical work sheet) Physics X I _ SLO # 2.6.1 _Torque as a vector product (Explanation with worked problems) Physics X I _ SLO # 2.4.1 _Scalar product of two vectors (Explanation with solved examples) Physics X I _ SLO # 2.4.2 Scalar product of two vectors in terms of angle between them (Explanation with work sheet) Physics X I _ SLO # 2.4.1 _Scalar product of two vectors (Definition with examples) Physics X I _ SLO # 2.2.2 _Define the following terms: i). Resultant Vector ii). Negative Vector iii). Unit Vector iv). Null Vector v). Position Vector vi). Equal Vectors Physics XII _ SLO # 12.5.1 _ State Kirchoff’s Laws (Notes) Physics XII _ SLO # 12.5.2 _ Conservation of charge in a circuit with the help of Kirchoff’s 1st law (Worked example & Practice sheet) Physics XII _ SLO # 12.5.3 _ Conservation of energy in a circuit with the help of Kirchoff’s 2nd law: (Worked example & Practice sheet) Physics XII _ SLO # 12.6.1 _ Define potential divider with two examples:(Notes, examples & MCQ’s) Physics XII _ SLO # 12.6.2 _ Construction and working of a rheostat: (Notes with Circuit diagram) Physics XII _ SLO # 12.6.3_ Function of a rheostat as a potential divider: (Notes with Circuit diagram) Physics XII _ SLO # 12.7.1 _ Wheatstone bridge with diagram: (Derivation with Circuit Diagram) Physics XII _ SLO # 12.7.2 _ Usage of Whetstone bridge to measure unknown resistance: (Practical Application) Physics XII _ SLO # 12.7.3 _ Usage of Potentiometer:(Practical Application) Physics XII _ SLO # 12.7.4 _ Measurement and comparison of e.m.f s by using potentiometer:(Practical Application) Physics XII _ SLO # 13.1.1 _ Define domain theory: (Notes) Physics XII _ SLO # 13.1.2 _ Strong and weak magnetic fields:(Notes) Physics XII _ SLO # 13.1.3 _ Expression for force F = ILB sin θ (Derivation) Physics XII _ SLO # 13.1.4 _ Magnetic flux and magnetic flux density. (Notes) Physics XII _ SLO # 13.1.5 _ Factors governing field produced by long straight wire (Notes) Physics XII _ SLO # 13.1.6 _ Magnetic flux φ = B.A (Notes & MCQ’s) Physics XII _ SLO # 13.1.7 _ Ampere’s current law and its application magnetic flux density inside a solenoid: (Derivation, Numerical & MCQ’s) Physics XII _ SLO # 13.2.1_ Equation for force on a moving charge in a uniform magnetic field (Derivation) Physics XII _ SLO # 13.2.2 _ Calculate e/m value by using beam of charged particles in a uniform magnetic field: (Derivation, Numerical & MCQ’s) Physics XII _ SLO # 13.3.1 _ Principle and uses of CRO: (Notes & Practice sheet) Physics XII _ SLO # 13.4.1 _ Torque due to a couple acting on a coil (Derivation, Numerical & MCQ’s) Physics XII _ SLO # 13.4.2 _ Sensitivity of galvanometer: (Notes & factors) Physics XII _ SLO # 13.5.1 _ Principle, construction and working of: i). Galvanometer ii). Voltmeters iii). Ammeter iv). AVO meter v). Analogue multi-meter vi). Digital multi-meter (DMM) (Notes & MCQ’s) Physics XII _ SLO # 13.5.3 _ Conversion of Galvanometer into: i). Voltmeter ii). Ammeter (Notes, derivation & Numerical) Physics XI _ SLO # 3.6.1 _The process of rocket propulsion: (Study Material with examples) Physics XI _ SLO # 3.6.2 _Projectile motion and Trajectory of projectile: (Graphical representation & Derivation for Trajectory) Physics XI _ SLO # 3.6.3 _Projectile motion in non-resistive medium: (Theory _ Basic Concept + MCQ’s) Physics XI _ SLO # 3.6.4 _Derivation for: i). Time of flight ii). Maximum height iii). Horizontal range of a projectile (Derivation + Numerical Practice questions with MCQ’s) Physics XI _ SLO # 3.6.5 _Motion of ballistic missiles with reference to projectile motion: (Explanation + Concept) Physics XI _ SLO # 3.5.1 _Relation between Newton’s 2nd law of motion and the rate of change of momentum: (Derivation with worked examples) Physics XI _ SLO # 3.5.2 _Impulse as product of impulsive force and time: (Mathematical Proof) Physics XI _ SLO # 3.5.3 _Law of conservation of momentum: (Statement, example with Numerical solution) Physics XI _ SLO # 3.5.4 _Law of conservation of momentum & elastic collision between two bodies in one dimension: (Derivation & Work sheet) Physics XI _ SLO # 3.5.4 _ Special cases of elastic collision between two bodies in one dimension: (Explanation & Work sheet with MCQ’s) Physics XI _ SLO # 2.7.1 _ Definition of equilibrium: (Statement with examples) Physics XI _ SLO # 2.7.2 _ Conditions of equilibrium with applications: (Definition + Explanation with numerical work sheet) Physics XI _ SLO # 2.6.1 _Torque as a vector product: (Explanation with worked problems) Physics XI _ SLO # 2.5.1 _Vector product of two vectors: (Definition & examples) Physics XI _ SLO # 2.5.2 _Vector product of two vectors in terms of angle between them: (Explanation with solved examples) Physics XI _ SLO # 2.5.3 _Properties of vector product: (Explanation & MCQ’s) Physics XI _ SLO # 2.4.1 _Scalar product of two vectors: (Explanation with solved examples) Physics XI _ SLO # 2.4.2 Scalar product of two vectors in terms of angle between them: (Explanation with work sheet) Physics XI _ SLO # 2.4.1 _Scalar product of two vectors: (Definition with examples) Physics XI _ SLO # 2.2.2 _Define the following terms: i). Resultant Vector ii). Negative Vector iii). Unit Vector iv). Null Vector v). Position Vector vi). Equal Vectors (Definition & explanation) Physics IX _ SLO # 2.5.2 _ Distance-time graph and speed-time graph: (Explanation & Practice Sheet) Physics IX _ SLO # 2.5.3 _ Determine & interpret the slope of: i). Distance-time ii). Speed time graph (Practice Sheet) Physics IX _ SLO # 2.5.4 _ Determine from the shape of the graph, the state: (i) At rest (ii) Moving with constant speed (iii) Moving with variable speed Study Pack + MCQ’s) Physics IX _ SLO # 2.5.5 _ Area under speed-time graph: (Work sheet) Physics IX _ SLO # 3.2.4 _Principle of conservation of momentum in the collision of two objects: (Theory + Worked examples) Physics IX _ SLO # 3.2.5 _Velocity after collision of two object (conservation of momentum) (Worked examples) Physics IX _ SLO # 3.2.6 _ Idea of momentum to explain safety features: (Study material) Physics IX _ SLO # 3.4.1 _Effect of friction on the motion of a vehicle in the context of: i). Type of surface ii). Road conditions including skidding iii). Braking force (Article) Physics IX _ SLO # 3.5.2 _Motion in a curved path is due to a perpendicular force on a body than changes direction of motion but not speed (Study pack) Physics IX _ SLO # 5.4.1 _Newton’s law of gravitation & motion of satellites (Notes) Physics IX _ SLO # 5.5.1_The moon orbits the earth and that some planets also have moons (Study pack) Physics IX _ SLO # 5.5.2 _ Explain that gravitational force: i). Causes the planets to orbit sun ii). Causes the moon and artificial satellites to orbit Earth iii). Causes comets to orbit the sun (Notes)

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