Class 12 physics theory and tests under the textbook program.

Content included:

Chapter 1: Engine Oscillators
Lesson 1: Air Conditioning
Lesson 2: Pendulum springs
Lesson 3: Single pendulum
Lesson 4: Damped oscillations and forced oscillations
Lesson 5: Synthesis of two harmonic oscillators, same frequency and Fre-Nen method
Lesson 6: Practice Examining the laws of oscillation of a single pendulum
Chapter 2: Waves and Waves
Lesson 7: Mechanical waves and mechanical wave propagation
Unit 8: Wave Interference
Lesson 9: Stopping waves
Lesson 10: Physical Characteristics of Sound
Lesson 11: The Physiological Characteristics of Sound
Chapter 3: Afternoon Electricity
Lesson 12: Overview of Alternating Currents
Problem 13: AC circuits
Lesson 14: The circuit has R, L, C in series
Lesson 15: Power Consumption of AC Circuits and Power Factors
Lesson 16: Power Transmission and Transformers
Lesson 17: Alternator
Problem 18: Three-phase asynchronous motors
Lesson 19: Practical Investigation of the RLC Circuit
Chapter 4: Electromagnetic Fields
Lesson 20: Vibration Circuits
Lesson 21: Electromagnetic Fields
Lesson 22: Electromagnetic waves
Lesson 23: Principles of Radio Communications
Chapter 5: The Light
Lesson 24: Shimmer of light
Lesson 25: Interfering Light
Lesson 26: Types of Spectra
Lesson 27: Infrared and ultraviolet rays
Problem 28: X-rays
Lesson 29: Practice Measure the wavelength of light by interference
Chapter 6: The Light of the Light
Problem 30: Photovoltaics and photonatum theory
Lesson 31: Photovoltaic phenomena
Problem 32: Optical phenomena - luminescence
Problem 33: Bo Atomic Form
Lesson 34: A Brief History of the Lasers
Chapter 7: Nuclear Particles
Problem 35: Nuclear Structure and Properties
Lesson 36: Linking Energy of Nuclear and Nuclear Reactors
Lesson 37: Radiation
Lesson 38: Fission
Problem 39: Fusion reactions
Chapter 8: From Micro to Mac
Lesson 40: Primary particles
Lesson 41: Structure of the Universe