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## AP Physics Test Pattern, AP Physics Information

In what way TutorsGlobe can assist you in AP Physics Exam preparation?Online experts at TutorsGlobe are extremely skilled, experienced and qualified teachers. They are mainly acknowledged for their creativeness and understanding of the worth for the development of the concepts and simple tips and tricks techniques on AP. They pass a thorough training for few weeks and are capable to meet up international modes of teaching.

On the basis of the aspirant's performance and presentation in the diagnostic test, we build a tailored package for our aspirants. TutorsGlobe encompass a panel of professionals who have expertise in examining the strengths and weaknesses and therefore frame the package in such a way that student can master in each and every section.

The Right Tools to a Higher Score:The comprehensive courses offered by TutorsGlobe are completely research based and specially framed to assist students in gaining a systematic understanding of the test. It is not sufficient to be prepared. You must sense confident on Exam Day.

Our preparation options comprise:

Packages:We mainly offer two types of packages which are explained below:

A) Fast Track Course for 50 hours (Price: $ 450)

B) Comprehensive Course for 100 hours (Price: $ 900)

Fast Track Course: 50 HoursThe period for Fast track course for AP preparation is around 50 hours. It covers up the entire section intensively.

Subject

Topics Covered

Time Duration

Diagnostic test

N/A

Discussion based on the diagnostic test and selecting strong and weak areas

N/A

Kinematics

Scalars and vectors

1 hour

Kinematics

Motion in one dimension

1 hour

Kinematics

Motion in two dimensions

1.5 hour

Newton's laws

Static equilibrium

1 hour

Newton's laws

Dynamics of a single particle

1 hour

Newton's laws

Systems of two or more bodies

1 hour

Work, Energy and Power

Work and work-energy theorem

0.5 hour

Work, Energy and Power

Forces and Potential Energy

1 hour

Work, Energy and Power

Conservation of Energy

1 hour

Work, Energy and Power

Power

0.5 hour

Systems of particles

Impulse and momentum

1 hour

Systems of particles

Conservation of linear momentum, collision

1 hour

Circular motion & rotation

Uniform circular motion

1.5 hour

Circular motion & rotation

Torque and rotational statics

1.5 hour

Oscillations & gravitation

Simple harmonic motion

1 hour

Oscillations & gravitation

Mass on a spring

1 hour

Oscillations & gravitation

Pendulum and other oscillations

1 hour

Oscillations & gravitation

Newton's law of gravity

0.5 hour

Oscillations & gravitation

Orbits of planets and satellites

1 hour

Fluid mechanics

Hydrostatic pressure

0.5 hour

Fluid mechanics

Buoyancy

0.5 hour

Fluid mechanics

Fluid flow continuity

1 hour

Fluid mechanics

Bernoulli's equation

1 hour

Temperature and Heat

Mechanical equivalent of heat

1 hour

Temperature and Heat

Heat transfer and thermal expansion

1 hour

Kinetic theory & thermodynamics

Ideal gases

1 hour

Kinetic theory & thermodynamics

Laws of thermodynamics

1.5 hour

Electrostatics

Charge and Coulomb's law

0.5 hour

Electrostatics

Electric field and electric potential

1 hour

Conductors, capacitors, dielectrics

Electrostatics with conductors

1 hour

Conductors, capacitors, dielectrics

Capacitors

1 hour

Electric circuits

Current, resistance, power

0.5 hour

Electric circuits

Steady state direct current circuits

1 hour

Electric circuits

Capacitors in circuits

1 hour

Magnetic fields

Forces on moving charges in magnetic fields

0.5 hour

Magnetic fields

Forces on current-carrying wires

0.5 hour

Magnetic fields

Fields of long current-carrying wires

1 hour

Electromagnetism

Electromagnetic induction

1.5 hour

Wave motion

Traveling waves

0.5 hour

Wave motion

Wave propagation

0.5 hour

Wave motion

Standing waves

1 hour

Wave motion

Superposition

1 hour

Physical optics

Interference and diffraction

1.5 hour

Physical optics

Dispersion of light & e. m. spectrum

1 hour

Geometric optics

Reflection and refraction

1 hour

Geometric optics

Mirrors

1 hour

Geometric optics

Lenses

1 hour

Atomic physics & quantum effect

Photoelectric and Compton effects, x-rays

1 hour

Atomic physics & quantum effect

Atomic energy levels

1 hour

Atomic physics & quantum effect

Wave particle duality

1 hour

Nuclear physics

Nuclear reactions

1 hour

Nuclear physics

Mass-energy equivalence

0.5 hour

Over all discussion

1 hour

Final Assessment test

N/A

Complete discussion on the endeavor of AP preparation

N/A

Comprehensive Course: 100 HoursThe period for Comprehensive course for AP Preparation is around 100 hours. It covers up the entire exhaustively.

1) Kinematics (7 hours):

2) Newton's laws (6 Hours):

3) Work, Energy and Power (6 Hours):

Work and work-energy theorem, Forces and potential energy, Conservation of energy and Power.

4) Systems of particles (4 Hours):

5) Circular motion & rotation (6 Hours):

Uniform circular motion, Torque and rotational statics

6) Oscillations & gravitation (9 Hours):

7) Fluid mechanics (6 hours):

Hydrostatic pressure, Buoyancy, Fluid flow continuity and Bernoulli's equation.

8) Temperature and Heat (4 Hours):

Mechanical equivalent of heat and Heat transfer and thermal expansion

9) Kinetic theory & thermodynamics (5 Hours):

Ideal gases and Laws of thermodynamics

10) Electrostatics (3 Hours):

Charge and Coulomb's law - Electric field and electric potential

11) Conductors, capacitors, dielectrics (4 Hours):

Electrostatics with conductors and Capacitors

12) Electric circuits (5 hours):

Current-resistance-power, Steady-state direct current circuits having batteries and resistors only and Capacitors in circuits (that is, steady state)

13) Magnetic fields (4 Hours):

Forces on moving charges in magnetic fields, Forces on current-carrying wires in magnetic fields, Fields of long current-carrying wires.

14) Wave motion (6 hours):

Traveling waves, Wave propagation, Standing waves and Superposition.

15) Electromagnetism (3 Hours):

Electromagnetic induction (comprising Faraday's law and Lenz's law)

16) Physical optics (5 Hours):

17) Geometric optics (6 Hours):

18) Atomic physics & quantum effect (6 Hours):

19) Nuclear physics (3 Hours):

Nuclear reactions (comprising conservation of mass number and charge) and Mass-energy equivalence.

20) Over all discussion (2 Hours):

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