AP Physics B
The AP Physics Exams are designed to test students' achievement in the AP Physics courses. These courses are intended to be representative of courses commonly offered in colleges and universities, but they do not necessarily correspond to courses at any particular institution. Nevertheless, it provides a systematic introduction to the main principles of Physics and emphasizes the development of conceptual understanding and problem-solving ability.
AP Physics B seeks to represent topics covered in similar college courses, as determined by periodic surveys. The goals have been accordingly laid down distributing the study of AP Physics B across five chapters:
- Newtonian Mechanics (35%)
- Fluid Mechanics and Thermal Physics (15%)
- Electricity and Magnetism (25%)
- Waves and Optics (15%)
- Atomic and Nuclear Physics (10%)
Many colleges and universities include additional topics such as special relativity. It depends upon the faculty whether he/she wants to incorporate any such supplementary material in the AP Physics course. Most of the teachers tend to include supplementary material once AP exams have been given.
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The AP Physics B Exam
The AP Physics B Exam covers a wide range of topics, including mechanics, thermodynamics, fluids, waves and optics, electricity and magnetism, and atomic and nuclear Physics. It is of three hours long. The exam contains:
- 1 hour and 30 minutes of multiple-choice questions
- 1 hour and 30 minutes of free-response questions
Section I: Multiple-Choice
There are 70 multiple-choice questions on the exam. The questions test the knowledge and understanding of the basic principles of Physics.
Section II: Free-Response
The answers in the free-response section should demonstrate students' knowledge of the principles that should be applied and how you should apply them to solve a variety of in-depth problems.
Free response questions section usually comprises 6 to 8 questions in the exam. Exam formats include, for example:
- Two questions of about 17 minutes and five questions of about 11 minutes each
- Four questions of about 17 minutes each and two questions of about 11 minutes each
Calculators are allowed on the free-response section of the AP Physics Exam. Non-programmable and non-graphic calculators are allowed. In the multiple choice section, calculations are very simple and few. Thus, a candidate can do without using a calculator. Sharing of calculators is impermissible during exams. In case of a calculator malfunction or no calculator with a candidate, it is the duty of school administration to provide the candidate with a calculator.
Table of information and equations is provided by the administration. There is a hands-on laboratory component as well. A hands-on laboratory experience is one in which students are allowed to manipulate, observe, explore and think about science using concrete materials. A Science-educator must guide a hands-on lab.
The AP Physics Exam preparation for the students through TransWebTutors.com includes the study of topics of Newtonian mechanics, thermodynamics, waves and optics, electricity and magnetism those are covered in AP Physics exam (see the section discussing topics covered as above). We help the students to solve the free response questions from each and every corner of AP Physics course and provide the students hundreds of multiple choice questions for their practice from each and every topic so that the student gets ready before going for the exam.
AP Physics B
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Packages *
- Fast Track Course for 50 hrs (Price: $ 499)
- Exhaustive Course for 100 hrs (Price: $ 999)
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Fast Track Course
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The duration for this course is 50 hours. It covers each section intensively
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Free
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Diagnostic test
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Free
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Discussions based on the diagnostic test and choosing strong and weak areas
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1.0 hours
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Kinematics
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Scalars and vectors
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1.0 hours
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Kinematics
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Motion in one dimension
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1.5 hours
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Kinematics
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Motion in two dimensions
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1.0 hours
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Newton's laws
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Static equilibrium
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1.0 hours
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Newton's laws
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Dynamics of a single particle
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1.0 hours
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Newton's laws
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Systems of two or more bodies
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0.5 hours
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Work, Energy and Power
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Work and work-energy theorem
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1.0 hours
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Work, Energy and Power
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Forces and Potential Energy
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1.0 hours
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Work, Energy and Power
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Conservation of Energy
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0.5 hours
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Work, Energy and Power
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Power
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1.0 hours
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Systems of particles
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Impulse and momentum
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1.0 hours
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Systems of particles
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Conservation of linear momentum, collision
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1.5 hours
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Circular motion & rotation
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Uniform circular motion
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1.5 hours
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Circular motion & rotation
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Torque and rotational statics
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1.0 hours
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Oscillations & gravitation
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Simple harmonic motion
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1.0 hours
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Oscillations & gravitation
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Mass on a spring
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1.0 hours
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Oscillations & gravitation
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Pendulum and other oscillations
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0.5 hours
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Oscillations & gravitation
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Newton's law of gravity
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1.0 hours
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Oscillations & gravitation
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Orbits of planets and satellites
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0.5 hours
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Fluid mechanics
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Hydrostatic pressure
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0.5 hours
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Fluid mechanics
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Buoyancy
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1.0 hours
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Fluid mechanics
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Fluid flow continuity
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1.0 hours
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Fluid mechanics
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Bernoulli's equation
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1.0 hours
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Temperature and Heat
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Mechanical equivalent of heat
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1.0 hours
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Temperature and Heat
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Heat transfer and thermal expansion
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1.0 hours
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Kinetic theory & thermodynamics
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Ideal gases
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1.5 hours
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Kinetic theory & thermodynamics
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Laws of thermodynamics
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0.5 hours
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Electrostatics
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Charge and Coulomb's law
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1.0 hours
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Electrostatics
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Electric field and electric potential
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1.0 hours
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Conductors, capacitors, dielectrics
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Electrostatics with conductors
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1.0 hours
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Conductors, capacitors, dielectrics
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Capacitors
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0.5 hours
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Electric circuits
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Current, resistance, power
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1.0 hours
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Electric circuits
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Steady state direct current circuits
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1.0 hours
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Electric circuits
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Capacitors in circuits
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0.5 hours
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Magnetic fields
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Forces on moving charges in magnetic fields
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0.5 hours
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Magnetic fields
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Forces on current-carrying wires
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1.0 hours
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Magnetic fields
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Fields of long current-carrying wires
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1.5 hours
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Electromagnetism
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Electromagnetic induction
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0.5 hours
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Wave motion
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Traveling waves
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0.5 hours
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Wave motion
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Wave propagation
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1.0 hours
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Wave motion
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Standing waves
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1.0 hours
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Wave motion
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Superposition
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1.5 hours
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Physical optics
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Interference and diffraction
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1.0 hours
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Physical optics
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Dispersion of light & e. m. spectrum
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1.0 hours
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Geometric optics
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Reflection and refraction
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1.0 hours
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Geometric optics
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Mirrors
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1.0 hours
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Geometric optics
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Lenses
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1.0 hours
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Atomic physics & quantum effects
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Photoelectric and Compton effects, x-rays
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1.0 hours
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Atomic physics & quantum effects
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Atomic energy levels
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1.0 hours
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Atomic physics & quantum effects
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Wave particle duality
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1.0 hours
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Nuclear physics
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Nuclear reactions
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0.5 hours
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Nuclear physics
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Mass-energy equivalence
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1.0 hours
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Over all discussion
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Free
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Final Assessment Test
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Free
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Detailed discussion on the attempt of AP Chemistry Exam
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Exhaustive Course
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The duration for Exhaustive course for AP Physics B preparation in different topics is given below. It covers each topic and sub-topic exhaustively.
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Diagnostic Test and Discussion (Free)
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1. Kinematics (6 hours)
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- Includes vectors, vector algebra, components of vectors, coordinate systems, displacement, velocity, and acceleration
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- Motion in two dimensions including projectile motion
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2. Newton's laws of motion (6 hours)
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- Static equilibrium (first law)
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- Dynamics of a single particle (second law)
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- Systems of two or more bodies (third law)
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3. Work, energy and power (6 hours)
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- Work and work-energy theorem
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- Forces and potential energy
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1st Revision (2 hours)
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4. System of particles, linear momentum (4 hours)
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- Conservation of linear momentum, collisions
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5. Circular motion and rotation (5 hours)
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- Torque and rotational statics
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6. Oscillation and gravitation (7 hours)
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- Simple harmonic motion (dynamics and energy relationships)
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- Pendulum and other oscillations
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- Orbits of planets and satellites (circular)
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2nd Revision (2 hours)
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7. Fluid mechanics (5 hours)
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8. Temperature and heat (4 hours)
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- Mechanical equivalent of heat
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- Heat transfer and thermal expansion
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9. Kinetic theory and thermodynamics (5 hours)
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- a. First law (includes processes on P-V diagrams)
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- b. Second law (including heat engines)
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3rd Revision (2 hours)
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10. Electrostatics (3 hours)
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- Electric field and electric potential
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11. Conductors, capacitors, dielectrics (4 hours)
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- Electrostatics with conductors
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12. Electric circuits (4 hours)
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- Current, resistance, power
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- Steady-state direct current circuits with batteries and resistors only
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- Capacitors in circuits (steady state)
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13. Magnetic fields (4 hours)
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- Forces on moving charges in magnetic fields
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- Forces on current-carrying wires in magnetic fields
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- Fields of long current-carrying wires
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14. Electromagnetism (3 hours)
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- Electromagnetic induction (including Faraday's law and Lenz's law)
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4th Revision (2 hours)
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15. Wave motion (4 hours)
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16. Physical optics (4 hours)
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- Interference and diffraction
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- Dispersion of light and the electromagnetic spectrum
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17. Geometric optics (5 hours)
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- Reflection and refraction
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5th Revision (2 hours)
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18. Atomic Physics and Quantum effects (5 hours)
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- Photons, the photoelectric effect, Compton scattering, x-rays
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19. Nuclear Physics (4 hours)
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- Nuclear reactions (including conservation of mass number and charge)
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Over all Revision (2 hours)
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Final Test and Discussion (Free)
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