Curriculum
OCR A Level Physics A H556
1. Development of Practical Skills in Physics
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1. Development of Practical Skills in Physics
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1.1.1 Experimental Design
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1.1.1 Experimental Design - Check yourself
6 questionsPreview -
1.1.2 Control Variables
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1.1.2 Control Variables - Check yourself
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1.1.3 Refining of Experimental Design
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1.1.3 Refining of Experimental Design - Check yourself
6 questionsPreview
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1.1.4 Investigative Approaches and Methods
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1.1.4 Investigative Approaches and Methods - Check yourself
6 questionsPreview
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1.1.5 Using Practical Equipment and Materials
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1.1.5 Using Practical Equipment and Materials - Check yourself
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1.1.6 Appropriate Units for Measurements
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1.1.6 Appropriate Units for Measurements - Check yourself
6 questionsPreview
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1.2.1 Presenting and Interpreting Results
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1.2.1 Presenting and Interpreting Results - Check yourself
6 questionsPreview
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1.2.2 Analysing Quantitative Data
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1.2.2 Analysing Quantitative Data - Check yourself
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1.2.3 Plotting and Interpreting Graphs
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1.2.3 Plotting and Interpreting Graphs - Check yourself
6 questionsPreview
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1.2.4 Evaluating Results and Drawing Conclusions
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1.2.4 Evaluating Results and Drawing Conclusions - Check yourself
6 questionsPreview
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1.2.5 Observations and Measurements
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1.2.5 Observations and Measurements - Check yourself
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1.2.6 Presenting in a Scientific Way
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1.2.6 Presenting in a Scientific Way - Check yourself
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1.2.7 Use of Software and Tools
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1.2.7 Use of Software and Tools - Check yourself
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1.2.8 Research and Citation Skills
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1.2.8 Research and Citation Skills - Check yourself
6 questionsPreview
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1.2.9 Precision, Accuracy and Experimental Limitations
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1.2.9 Precision, Accuracy and Experimental Limitations - Check yourself
6 questionsPreview
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1.2.11 Methods to Increase Accuracy
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1.2.11 Methods to Increase Accuracy - Check yourself
6 questionsPreview
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1.3.1 Using Appropriate Instruments and Techniques
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1.3.1 Using Appropriate Instruments and Techniques - Check yourself
6 questionsPreview
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1.3.2 Analogue Apparatus and Interpolation
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1.3.2 Analogue Apparatus and Interpolation - Check yourself
6 questionsPreview
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1.3.3 Use of Digital Instruments
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1.3.3 Use of Digital Instruments - Check yourself
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1.3.4 Stopwatch and Light Gates
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1.3.4 Stopwatch and Light Gates - Check yourself
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1.3.5 Calipers, Micrometers and Vernier Scales
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1.3.5 Calipers, Micrometers and Vernier Scales - Check yourself
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1.3.6 Circuits
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1.3.6 Circuits - Check yourself
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1.3.7 Signal Generators and Oscilloscope
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1.3.7 Signal Generators and Oscilloscope - Check yourself
6 questionsPreview
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1.3.8 Using a Laser or Light Source
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1.3.8 Using a Laser or Light Source - Check yourself
6 questionsPreview
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1.3.9 Computer Modelling and Data Logger
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1.3.9 Computer Modelling and Data Logger - Check yourself
6 questionsPreview
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1.3.10 Ionising Radiation and Detectors
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1.3.10 Ionising Radiation and Detectors - Check yourself
6 questionsPreview
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3.2.3 Significant Figures
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3.2.3 Significant Figures - Check yourself
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1.2.10 Significant Figures
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2. Foundations in Physics
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2. Foundations in Physics
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1.1.1 Physical Quantities
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1.1.1 Physical Quantities - Check yourself
6 questionsPreview
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1.1.5 Resolving Vectors
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1.1.5 Resolving Vectors - Check yourself
6 questionsPreview
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1.2.1 SI Units
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1.2.1 SI Units - Check yourself
6 questionsPreview
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1.2.1 Sources of Uncertainty
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1.2.1 Sources of Uncertainty - Check yourself
6 questionsPreview
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1.2.2 Homogeneity of Physical Equations and Powers of Ten
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1.2.2 Homogeneity of Physical Equations and Powers of Ten - Check yourself
6 questionsPreview
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1.2.3 Determining Uncertainties from Graphs
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1.2.3 Determining Uncertainties from Graphs - Check yourself
6 questionsPreview
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1.3.2 Calculating Uncertainties
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1.3.2 Calculating Uncertainties - Check yourself
6 questionsPreview
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1.4.1 Scalars and Vectors
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1.4.1 Scalars and Vectors - Check yourself
6 questionsPreview
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2.1.4 Labelling Graphs and Tables
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2.1.4 Labelling Graphs and Tables - Check yourself
6 questionsPreview
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2.3.2 Combining Vectors
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2.3.2 Combining Vectors - Check yourself
6 questionsPreview
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2.1.1 Physical Quantities
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2.1.2 SI Units
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2.1.3 Homogeneity of Physical Equations and Powers of Ten
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2.2.1 Sources of Uncertainty
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2.2.2 Calculating Uncertainties
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2.2.3 Determining Uncertainties from Graphs
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2.3.1 Scalars and Vectors
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2.3.3 Resolving Vectors
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3. Forces and Motion
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3. Forces and Motion
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1.6.3 Force-Extension Graphs
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1.6.3 Force-Extension Graphs - Check yourself
6 questionsPreview
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1.6.4 Stress-Strain Graphs
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1.6.4 Stress-Strain Graphs - Check yourself
6 questionsPreview
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2.1.1 Displacement, Velocity and Acceleration
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2.1.1 Displacement, Velocity and Acceleration - Check yourself
6 questionsPreview
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2.1.2 Motion Graphs
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2.1.9 Projectile Motion
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2.1.9 Projectile Motion - Check yourself
6 questionsPreview
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3.1.2 Force and Acceleration
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3.1.2 Force and Acceleration - Check yourself
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3.1.3 Displacement and Velocity-Time Graphs
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3.1.3 Displacement and Velocity-Time Graphs - Check yourself
6 questionsPreview
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3.1.3 Linear Momentum
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3.1.3 Linear Momentum - Check yourself
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3.2.2 Investigating Motion and Collisions
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3.2.2 Investigating Motion and Collisions - Check yourself
6 questionsPreview
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3.2.2 Terminal Velocity
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3.2.2 Terminal Velocity - Check yourself
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3.2.3 Acceleration and Free Fall
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3.2.3 Acceleration and Free Fall - Check yourself
6 questionsPreview
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3.2.4 Braking and Reaction Times
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3.2.4 Braking and Reaction Times - Check yourself
6 questionsPreview
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3.3.1 Conservation of Momentum
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3.3.1 Conservation of Momentum - Check yourself
6 questionsPreview
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3.3.2 Weight
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3.3.2 Weight - Check yourself
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3.3.3 Tension, Normal force, Upthrust and Friction
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3.3.3 Tension, Normal force, Upthrust and Friction - Check yourself
6 questionsPreview
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3.3.4 Motion in One and Two Dimensions
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3.3.4 Motion in One and Two Dimensions - Check yourself
6 questionsPreview
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3.3.7 Investigating Terminal Velocity
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3.3.7 Investigating Terminal Velocity - Check yourself
6 questionsPreview
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3.4.2 Couples and Torque
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3.4.2 Couples and Torque - Check yourself
6 questionsPreview
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3.4.4 Equilibrium
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3.4.4 Equilibrium - Check yourself
6 questionsPreview
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3.6.1 Work Done
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3.6.1 Work Done - Check yourself
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3.6.3 Energy and Work
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3.6.3 Energy and Work - Check yourself
6 questionsPreview
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3.7.1 Deformation and Compression
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3.7.1 Deformation and Compression - Check yourself
6 questionsPreview
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3.7.5 Stress, Strain and Tensile Strength
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3.7.5 Stress, Strain and Tensile Strength - Check yourself
6 questionsPreview
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3.7.6 Young's Modulus
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3.7.6 Young's Modulus - Check yourself
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3.7.8 Elastic and Plastic Deformation
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3.7.8 Elastic and Plastic Deformation - Check yourself
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3.8.1 Newton's Three Laws of Motion
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3.8.1 Newton's Three Laws of Motion - Check yourself
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4.1.1 Impulse
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4.1.1 Impulse - Check yourself
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4.1.2 Moments
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4.1.2 Moments - Check yourself
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4.2.3 Centre of Mass
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4.2.3 Centre of Mass - Check yourself
6 questionsPreview
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4.3.1 Density
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4.3.1 Density - Check yourself
6 questionsPreview
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4.3.2 Pressure
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4.3.2 Pressure - Check yourself
6 questionsPreview
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4.3.3 SUVAT Equations
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4.3.3 SUVAT Equations - Check yourself
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4.3.5 Drag Forces
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4.3.5 Drag Forces - Check yourself
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4.3.5 Archimedes' Principle
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4.3.5 Archimedes' Principle - Check yourself
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4.5.4 Impulse on a Force-Time Graph
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4.5.4 Impulse on a Force-Time Graph - Check yourself
6 questionsPreview
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4.5.5 Collisions
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4.5.5 Collisions - Check yourself
6 questionsPreview
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4.6.4 Conservation of Energy
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4.6.4 Conservation of Energy - Check yourself
6 questionsPreview
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5.1.3 Efficiency
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5.1.3 Efficiency - Check yourself
6 questionsPreview
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5.1.4 Power
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5.1.4 Power - Check yourself
6 questionsPreview
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5.2.1 Gravitational Potential Energy
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5.2.1 Gravitational Potential Energy - Check yourself
6 questionsPreview
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5.2.2 Kinetic Energy
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5.2.2 Kinetic Energy - Check yourself
6 questionsPreview
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6.1.2 Hooke's Law
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6.1.2 Hooke's Law - Check yourself
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6.2.2 Elastic Potential Energy
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6.2.2 Elastic Potential Energy - Check yourself
6 questionsPreview
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3.1.1 Displacement, Velocity and Acceleration
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3.2.1 SUVAT Equations
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3.2.5 Projectile Motion
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3.3.5 Drag Forces
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3.4.1 Moments
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3.4.3 Centre of Mass
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3.5.1 Density
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3.5.2 Pressure
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3.5.3 Archimedes' Principle
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3.6.2 Conservation of Energy
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3.6.4 Kinetic Energy
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3.6.5 Gravitational Potential Energy
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3.6.6 Power
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3.6.7 Efficiency
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3.7.2 Hooke's Law
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3.7.3 Force-Extension Graphs
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3.7.4 Elastic Potential Energy
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3.7.7 Stress-Strain Graphs
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3.8.2 Linear Momentum
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3.8.3 Impulse
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3.8.4 Impulse on a Force-Time Graph
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3.8.5 Conservation of Momentum
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4. Electrons, Waves and Photons
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4. Electrons, Waves and Photons
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4.1.1 Electric Current and Charge
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4.1.1 Electric Current and Charge - Check yourself
6 questionsPreview
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4.1.2 Electric Current and Electron Flow
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4.1.2 Electric Current and Electron Flow - Check yourself
6 questionsPreview
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4.1.4 Current in a Current Carrying Conductor
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4.1.4 Current in a Current Carrying Conductor - Check yourself
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4.1.5 Conductors, Semiconductors and Insulators
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4.1.5 Conductors, Semiconductors and Insulators - Check yourself
6 questionsPreview
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4.1.6 Circuit Symbols and Diagrams
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4.1.6 Circuit Symbols and Diagrams - Check yourself
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4.2.2 Ohm's Law and I-V Characteristics
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4.2.2 Ohm's Law and I-V Characteristics - Check yourself
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4.2.3 Investigating Electrical Characteristics of Components
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4.2.3 Investigating Electrical Characteristics of Components - Check yourself
6 questionsPreview
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9.3.1 Resistance
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9.3.1 Resistance - Check yourself
6 questionsPreview
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10.2.1 Kirchhoff's First Law
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10.2.1 Kirchhoff's First Law - Check yourself
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4.1.3 Kirchhoff's First Law
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4.2.1 Resistance
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4.10.1 The Photoelectric Effect
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4.10.2 Demonstrating the Photoelectric Effect
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4.10.3 The Photoelectric Equation
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4.10.4 Work Function and Threshold Frequency
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4.10.5 Maximum Kinetic Energy and Intensity
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4.11.1 The Photon
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4.11.2 The Electronvolt
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4.11.3 Determining the Planck Constant
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4.11.4 Electron Diffraction
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4.11.5 The de Broglie Equation
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4.2.4 The Light-Dependent Resistor (LDR)
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4.2.5 Resistivity
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4.2.6 Determining the Resistivity of a Metal
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4.2.7 Thermistors
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4.3.1 Power
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4.3.2 Electrical Energy
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4.3.3 Kirchhoff's Second Law
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4.3.4 Kirchhoff's Laws in Circuits
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4.3.5 Resistors in Series and Parallel Circuits
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4.3.6 Series and Parallel Circuits
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4.3.7 Circuits with Multiple Sources of e.m.f
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4.4.1 E.m.f and Internal Resistance
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4.4.2 Calculating E.m.f
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4.4.3 Determining Internal Resistance
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4.4.4 E.m.f and Potential Difference
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4.4.5 Energy Transfer
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4.5.1 Potential Divider Circuits
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4.5.2 Variable Resistance Components
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4.5.3 Investigating Potential Divider Circuits
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4.6.1 Progressive Waves: Longitudinal and Transverse
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4.6.2 Calculating Frequency
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4.6.3 The Wave Equation
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4.6.4 Graphical Representations of Transverse and Longitudinal Waves
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4.6.5 Intensity of a Wave
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4.7.1 The Electromagnetic Spectrum
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4.7.2 Polarisation
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4.8.1 Refraction
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4.8.2 Total Internal Reflection
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4.8.3 Wave Phenomena
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4.9.1 Superposition
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4.9.10 Determining the Speed of Sound in Air in a Resonance Tube
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4.9.11 Harmonics
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4.9.2 Graphical Representation of Superposition
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4.9.3 Interference
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4.9.4 Two-Source Interference
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4.9.5 Young's Double-Slit Experiment
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4.9.6 Determining the Wavelength of Light
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4.9.7 Stationary Waves
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4.9.8 Stationary vs Progressive Waves
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4.9.9 Nodes and Antinodes
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OCR H556 chapter questions and answers
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Quiz
1.1.1 Physical Quantities – Check yourself
- Questions count: 6
- Passing grade: B+
- Time limit: 10 minutes