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Physics Grade 12 is the best textbook app
CHAPTER I.
MOTOR oscillation Lesson 1.
Harmonic Oscillation Lesson 2.
Spring pendulum Lesson 3.
Simple pendulum Lesson 4.
Damping oscillation.
Forced Oscillation Lesson 5.
Synthesize two harmonic oscillations in the same direction, with the same frequency.
Fre-nen diagram method Lesson 6.
Practice: Experimental investigation of the laws of simple pendulum CHAPTER II.
Mechanical Waves and Sound Waves Lesson 7.
Mechanical Waves and their Propagation Lesson 8.
Wave Interference Lesson 9.
Standing Waves Lesson 10.
Physical Characteristics of Sound Further reading: Some Applications of Ultrasound.
Sona Lesson 11.
Physiological characteristics of sound CHAPTER III.
AC CURRENT Lesson 12.
Introduction to alternating current Lesson 13.
AC circuits Lesson 14.
Circuits with RLCs in series Lesson 15.
Power consumption of AC circuits Power factor Lesson 16 Power transmission.
Transformers Lesson 17.
AC generators Lesson 18.
Three-phase asynchronous motors Lesson 19.
Practice: Investigate electrical circuits with R, L, C connected in series CHAPTER IV.
oscillations and electromagnetic waves Lesson 20.
Oscillating circuits Lesson 21.
Electromagnetic fields Lesson 22.
Electromagnetic waves Further reading: The first experimental studies of electromagnetic waves Lesson 23.
Principles of wave communication radio CHAPTER V.
LIGHT Waves Lesson 24.
Dispersion of light Further reading: Rainbow Lesson 25.
Interference of light Lesson 26.
Spectral Types Lesson 27.
Infrared and Ultraviolet Rays Lesson 28.
X-rays Lesson 29.
Practice: Measuring the step of light by interference CHAPTER VI.
THE QUANTITY OF LIGHT Lesson 30.
Photoelectric phenomena The quantum theory of light Lesson 31.
Photoelectric phenomena in Lesson 32.
Photoluminescence phenomena Lesson 33.
Boron atom model Lesson 34.
Laser overview CHAPTER VII.
Nucleus of the atom Lesson 35.
Properties and structure of the nucleus Lesson 36.
The binding energy of the nucleus.
Nuclear Reactions Lesson 37.
Radioactivity Lesson 38.
Fission Reactions Read more: PWR Reactors Lesson 39.
Fusion Reactions CHAPTER VIII.
FROM Microscopic to Macroscopic Lesson 40.
Elementary Particles Lesson 41.
Structure of the Universe Further reading: Motion and evolution UNIT TABLE OF PHYSICAL QUANTIES USES IN PHYSICS 12 Textbook Masses of Nucleus EXERCISE ANSWERS AND ANSWERS
CHAPTER I.
MOTOR oscillation Lesson 1.
Harmonic Oscillation Lesson 2.
Spring pendulum Lesson 3.
Simple pendulum Lesson 4.
Damping oscillation.
Forced Oscillation Lesson 5.
Synthesize two harmonic oscillations in the same direction, with the same frequency.
Fre-nen diagram method Lesson 6.
Practice: Experimental investigation of the laws of simple pendulum CHAPTER II.
Mechanical Waves and Sound Waves Lesson 7.
Mechanical Waves and their Propagation Lesson 8.
Wave Interference Lesson 9.
Standing Waves Lesson 10.
Physical Characteristics of Sound Further reading: Some Applications of Ultrasound.
Sona Lesson 11.
Physiological characteristics of sound CHAPTER III.
AC CURRENT Lesson 12.
Introduction to alternating current Lesson 13.
AC circuits Lesson 14.
Circuits with RLCs in series Lesson 15.
Power consumption of AC circuits Power factor Lesson 16 Power transmission.
Transformers Lesson 17.
AC generators Lesson 18.
Three-phase asynchronous motors Lesson 19.
Practice: Investigate electrical circuits with R, L, C connected in series CHAPTER IV.
oscillations and electromagnetic waves Lesson 20.
Oscillating circuits Lesson 21.
Electromagnetic fields Lesson 22.
Electromagnetic waves Further reading: The first experimental studies of electromagnetic waves Lesson 23.
Principles of wave communication radio CHAPTER V.
LIGHT Waves Lesson 24.
Dispersion of light Further reading: Rainbow Lesson 25.
Interference of light Lesson 26.
Spectral Types Lesson 27.
Infrared and Ultraviolet Rays Lesson 28.
X-rays Lesson 29.
Practice: Measuring the step of light by interference CHAPTER VI.
THE QUANTITY OF LIGHT Lesson 30.
Photoelectric phenomena The quantum theory of light Lesson 31.
Photoelectric phenomena in Lesson 32.
Photoluminescence phenomena Lesson 33.
Boron atom model Lesson 34.
Laser overview CHAPTER VII.
Nucleus of the atom Lesson 35.
Properties and structure of the nucleus Lesson 36.
The binding energy of the nucleus.
Nuclear Reactions Lesson 37.
Radioactivity Lesson 38.
Fission Reactions Read more: PWR Reactors Lesson 39.
Fusion Reactions CHAPTER VIII.
FROM Microscopic to Macroscopic Lesson 40.
Elementary Particles Lesson 41.
Structure of the Universe Further reading: Motion and evolution UNIT TABLE OF PHYSICAL QUANTIES USES IN PHYSICS 12 Textbook Masses of Nucleus EXERCISE ANSWERS AND ANSWERS
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