Difference Between Combined and Pure Physics and H1 and H2 Syllabus for Physics 2010 - Updated 5 Dec...

3
CKW2011 74.33% of Pure Physics WITH SPA WITHOUT SPA Topics in Pure Physics Topics in Combined Physics S/N 5058 5116, 5117 Comparison bet. Syllabus 1 sical Quantities, Units & Measureme ysical Quantities, Units & Measureme No Difference 2 Kinematics Kinematics 3 Dynamics Dynamics 4 Mass, Weight and Density Mass, Weight and Density No Difference 5 Turning Effect of Forces Turning Effect of Forces No Difference 6 Pressure Pressure 7 Energy, Work & Power Energy, Work & Power No Difference 8 Kinetic Model of Matter Kinetic Model of Matter 9 Transfer of Thermal Energy Transfer of Thermal Energy No Difference 10 Temperature - - 11 Thermal Properties of Matter Thermal Properties of Matter 12 General Wave Properties General Wave Properties No Difference 13 Light Light 14 Electromagnetic Spectrum Electromagnetic Spectrum 15 Sound Sound 16 Static Electricity Static Electricity 17 Current of Electricity Current of Electricity 18 DC Circuits DC Circuits 19 Practical Electricity Practical Electricity No Difference 20 Magnetism Magnetism No Difference 21 Electromagnetism Electromagnetism 22 Electromagnetic Induction - - Combined does not require treatment of "Description of free fall or process of terminal Combined does not require treatment of "Graphical method to solve action of 3 forces on point Combined does not require treatment of "Hyraulic pressure and its application e.g. hydraulic press and manometer" Combined does not require treatment of "Pressure laws involving gases" Combined does not require treatment of "(specific) heat capacity, latent heat and cooling Combined does not require treatment of "Total Internal Reflection" Combined does not require treatment of "Effects of absorption of EM Radiation" Combined does not require treatment of "ultrasound and experiment to determine speed of sound" Combined does not require treatment of "electrostatic charging" Combined does not require treatment of "mutiple source of emf, Ohm's Law, effect of temperature on resistance, IV graphs, diode as rectifier" Combined does not require treatment of "potentiometer, LDR, themistor, CROs" Combined does not require treatment of "field lines between parallel wires & working principle

Transcript of Difference Between Combined and Pure Physics and H1 and H2 Syllabus for Physics 2010 - Updated 5 Dec...

Page 1: Difference Between Combined and Pure Physics and H1 and H2 Syllabus for Physics 2010 - Updated 5 Dec 2010

CKW2011

74.33% of Pure PhysicsWITH SPA WITHOUT SPA

Topics in Pure Physics Topics in Combined PhysicsS/N 5058 5116, 5117 Comparison bet. Syllabus

1 Physical Quantities, Units & Measurement Physical Quantities, Units & Measurement No Difference

2 Kinematics Kinematics

3 Dynamics Dynamics4 Mass, Weight and Density Mass, Weight and Density No Difference5 Turning Effect of Forces Turning Effect of Forces No Difference

6 Pressure Pressure7 Energy, Work & Power Energy, Work & Power No Difference

8 Kinetic Model of Matter Kinetic Model of Matter9 Transfer of Thermal Energy Transfer of Thermal Energy No Difference

10 Temperature - -

11 Thermal Properties of Matter Thermal Properties of Matter12 General Wave Properties General Wave Properties No Difference

13 Light Light

14 Electromagnetic Spectrum Electromagnetic Spectrum

15 Sound Sound

16 Static Electricity Static Electricity

17 Current of Electricity Current of Electricity

18 DC Circuits DC Circuits19 Practical Electricity Practical Electricity No Difference20 Magnetism Magnetism No Difference

21 Electromagnetism Electromagnetism22 Electromagnetic Induction - -

Combined does not require treatment of"Description of free fall or process of terminal velocity"

Combined does not require treatment of"Graphical method to solve action of 3 forces on point mass in 2-D"

Combined does not require treatment of"Hyraulic pressure and its application e.g. hydraulic press and manometer"

Combined does not require treatment of"Pressure laws involving gases"

Combined does not require treatment of"(specific) heat capacity, latent heat and cooling curves"

Combined does not require treatment of"Total Internal Reflection"

Combined does not require treatment of"Effects of absorption of EM Radiation"

Combined does not require treatment of"ultrasound and experiment to determine speed of sound"

Combined does not require treatment of"electrostatic charging"

Combined does not require treatment of"mutiple source of emf, Ohm's Law, effect of temperature on resistance, IV

graphs, diode as rectifier"

Combined does not require treatment of"potentiometer, LDR, themistor, CROs"

Combined does not require treatment of"field lines between parallel wires & working principle of electric motors"

Page 2: Difference Between Combined and Pure Physics and H1 and H2 Syllabus for Physics 2010 - Updated 5 Dec 2010

CKW2010

49.33% of H2WITH SPA WITHOUT SPA

Topics in H2 Topics in H1S/N 9646 8866 Comparison bet. Syllabus BOOK

1 Measurement Measurement No Difference BOOK I2 Kinematics Kinematics No Difference BOOK I

4Forces Forces

BOOK II3 Dynamics Dynamics No Difference BOOK II5 Work, Energy & Power Work, Energy & Power No Difference BOOK II

13 Current of Electricity Current of Electricity No Difference BOOK III

14

D.C. Circuits D.C. Circuits

BOOK III10 Wave Motion Wave Motion No Difference BOOK IV

11Superposition Superposition

BOOK IV

15

Electromagnetism Electromagnetism

BOOK IV

18

Quantum Physics Quantum Physics

BOOK IV6 Motion in a Circle - -7 Gravitational Field - -8 Oscillations - -9 Thermal Physics - -

12 Electric Fields - -16 Electromagnetic Induction - -17 Alternating Currents - -19 Lasers & Semi-conductor - -20 Nuclear Physics - -

H1 does not require treatment of "Upthrust"

H1 does not require treatment of "Potential Dividers"

"Thermistors""Light-dependent resistors"

"Potentiometer"

H1 does not require treatment of "Diffraction Grating"

H1 does not require treatment of "F=Bqv.sin(theta)"

"Interaction of E-fields & M-fields""Velocity Selector"

H1 does not require treatment of "X-Ray Spectrum"

"Uncertainty Principle""Wave Function""Potential Barrier"

"Quantum Tunneling""Scanning Tunneling Microscope

(STM)""R + T = 1"

Page 3: Difference Between Combined and Pure Physics and H1 and H2 Syllabus for Physics 2010 - Updated 5 Dec 2010

CKW2010

Topics in H1 Paper Type of Paper Duration marks Weighting (%)8866 1 Multiple Choice 1 h 30 33

2 Structured Questions 2 h 80 67

Topics in H2 Paper Type of Paper Duration marks Weighting (%)9646 1 Multiple Choice 1 h 15 min 40 20

2 Structured Questions 1 h 45 min 60 25Planning 12 5

3 Longer Structured Questions 2 h 80 354 School-based Science Practical Assessment (SPA) - 40 15

% Handicap Pure CombinedH2 0.00% 11.71%H1 -16.16% 0.00%