10^th GRADES

INTRODUCTION TO PHYSICS
MATH FOR PHYSICS

CHAPTER 1: VECTORS

 
PHYSICAL QUANTITIES

PROPERTIES OF VECTORS
ADDITION AND SUBTRACTION OF VECTORS

COMPONENTS OF VECTORS
MULTIPLICATION OF VECTORS BY A SCALAR

CHAPTER 2: LINEAR MOTION

POSITION AND DISPLACEMENT        
VELOCITY AND SPEED

MOTION WITH CONSTANT VELOCITY
ACCELERATION    

MOTION WITH CONSTANT ACCELERATION
FREE FALL
MOTION OF OBJECTS THROWN VERTICALLY 

CHAPTER 3: MOTION IN TWO DIMENSIONS

HORIZONTAL PROJECTILE

PROJECTILE AT AN ANGLE

RELATIVE MOTION

CHAPTER 4: DYNAMICS

THE CONCEPT OF FORCE

NEWTON'S LAWS

APPLICATIONS OF NEWTON'S LAWS

FRICTION

CHAPTER 5: EQUILIBRIUM

TRANSLATIONAL EQUILIBRIUM

ROTATIONAL EQUILIBRIUM AND TORQUE

MASS AND WEIGHT
THE CENTER OF MASS

CHAPTER 6: CIRCULAR MOTION AND THE LAW OF GRAVITATION

 
PERIOD , FREQUENCY , ANGULAR DISP.

ANGULAR AND LINEAR VELOCITY

CENTRIPETAL ACCELERATION
CENTRIPETAL FORCE

KEPLER'S LAWS
THE LAW OF UNI. GRA.

SATELLITES

CHAPTER 7: SIMPLE HARMONIC MOTION

OSCILLATIONS            
SIMPLE HARMONIC MOTION

SPRING SYSTEMS             
SIMPLE PENDULUM

CHAPTER 8: WORK AND ENERGY

WORK

KINETIC ENERGY AND POTENTIAL ENERGY

CONSERVATION OF MECHANICAL ENERGY
POWER

CHAPTER 9: IMPULSE AND MOMENTUM

MOMENTUM

IMPULSE - MOMENTUM THEOREM
CONSERVATION OF MOMENTUM

ONE DIMENSIONAL COLLISIONS
TWO DIMENSIONAL COLLISIONS

 11^th GRADES  

CHAPTER 1: ELECTROSTATICS

 
Electric Charges      
Electrification       
Electroscope

Insulators and conductors
Coulomb's Law

Electric Field

Electric Potential
Potential Difference

Motion of charged particles in an electric field
Capacitance

Combinations of Capacitors

CHAPTER 2: ELECTRIC CURRENT

Batteries      
Electric current 

Resistance
Ohm’s Law

Resistors in Series & in Parallel
Measurements of V,I,R

DC circuits

Work done by electric current
Electromotive Force (EMF)

Consequences of Ohm's law

Power
Kirchhoff’s Rules

CHAPTER 3: MAGNETISM

 
Magnetism             
Magnetic Field

Magnetic Flux           
Permeability
Magnetic Field of the Earth

CHAPTER 4: ELECTROMAGNETIC INDUCTION

Magnetic Field due to a straight wire
Magneti Field of a loop

Magnetic Force on a Current Carrying Conductor

Mag. Force Acting on Two Parallel Conductors
Moment on a Current Loop in a Unif. Mag. Field

Motion of Charged Particles in a Magnetic Field

Faraday’s Law of Induction
Motional EMF

Lenz’s Law

Self Inductance

CHAPTER 5: ALTERNATING CURRENT

AC               
Effective Value of AC

R, C, L, RLC circuits

Power in an AC Circuit

AC Generator
Transformers

CHAPTER 6: THERMODYNAMICS

 
Scales of temperature        
Thermal Expansion          

PHASES OF MATTER
FREEZING, MELTING, BOILING, CONDENSATION
HEAT EXCHANGE

Internal energy
1st law of thermodynamics

Specific and latent heat capacities
Kinetic theory

Ideal gas law
Heat transfer      
2nd law of thermodynamics

Heat engines
Carnot cycle             
Entropy

 12^th GRADES

CHAPTER 1: NATURE OF LIGHT

The Nature of Light         
Photometer              
Light Theories

CHAPTER 2:  Reflection of Light

Plane Mirrors

Spherical mirrors

Images in concave mirrors

Images in convex mirrors

CHAPTER 3: REFRACTION OF LIGHT

The Laws of Ref                     
Disp. and Prisms

Total Internal Reflection
Light filters
Color

Lenses

 Images Formed by a Conv. Lens
Images Formed by a Diverg. Lens

The Lens Equations

CHAPTER 4: WAVE MOTION

 
 Wave motion

Water Waves
Interference of water waves            

Sound         
Ultrasound

CHAPTER 5: LIGHT THEORIES

The wave model of light

Young's experiment

Interference in thin films
Diffraction

The particle model of light

Comparison between the wave model and the particle model of light

CHAPTER 6: ELECTROMAGNETIC WAVES

Electromagnetic waves

The properties of electromagnetic waves          

Electromagnetic spectrum

Propagation of emw

CHAPTER 7: ATOMIC MODELS

The First Ideas about the atom             
Dalton’s Atomic Model

Thomson’s Atomic Model                 
Rutherford Atomic Model                 
Bohr’s Atomic Model              
Atomic Spectrum

Modern atomic theory   
Excitation and radiation of atoms

CHAPTER 8: THE ATOMIC NUCLEUS

X rays
Radioactivity                 
Alpha, beta and gamma rays

The nucleus        
Isotopes

Effects of radiation on living things