CLASS 10

 

• UNIT 10: GENERAL WAVES PROPERTIES 

• 1. Introduction to Wave Motion

  2. Reflection, Refraction & Diffraction of Waves

  3. Transverse & Longitudinal Waves

  4.Characteristics of waves - frequency - wavelength - Amplitude - Time period -wave speed

  5. Difference Between Mechanical and Electromagnetic Waves

  6. Simple Harmonic Motion (SHM) - Definition, Equations, Examples 

  7.Simple Pendulum - Time Period

  8. Damped Oscillations

   9.Solved Textbook Numericals

   

UNIT 11: SOUND  

• 1. Introduction to Sound and Bell jar Experiment 

  2. Methods to determine speed of sound

  3. Factors that affect speed of sound in air

  4. Characteristics of Sound 

  5. Musical Sound, Noise and Echo

  6. Ranges of Sound & Applicaton of Ultrasonics

  7. Solved Textbook Numericals

   

UNIT 12: ELECTROMAGNETIC WAVES 

• 1. Dispersion of Light & Rainbow

  2. Electromagnetic Waves. Speed & Characteristics

  3. Uses of Electromagnetic Waves

  4. Solved Textbook Numericals

  
  

  UNIT 13: GEOMETRICAL OPTICS

• 1. Spherical Mirrors- Concave & Convex Mirrors

  2. Image Formation by a Concave Mirror- Properties of Rays

  3. Mirror Equation

  4. Refraction of Light, Laws of Refraction of Light

  5. Total Internal Reflection & Optical Fibres

  6. Convex Lenses- Image Formation-Properties of Rays

  7.Long Sightedness and Short Sightedness 

  8. Construction & Working of Compound Microscope

  9. Construction & Working of Telescope 

  10. Short Sightedness and Long Sightedness 

  
  

• UNIT 14: ELECTROSTATICS

• 1. Charging by Induction, Conduction & Friction 

  2. Construction and Working of Electroscope

  3. Coulomb's Law  

  4. Electric Field Intensity & Electric Field Lines

  5. Electric Potential & Potential Difference

  6. Capacitor and Capacitance

  7. Combination of Capacitors Capacitance

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• UNIT 15: CURRENT ELECTRICITY
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• UNIT 16: ELECTROMAGNETISM
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  UNIT 17: INTRODUCTORY ELECTRONICS
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• UNIT 18 : INFORMATION & COMMUNICATION TECHNOLOGY

• UNIT 19 : ATOMIC STRUCTURE

• UNIT 20 : NUCLEAR STRUCTURE