Physics Mcqs Class 12

12th class physics mcqs with solution gather from 12th physics notes & text book

If you are student of 12th class or any other person who wants to improve his knowledge of physics then this app is specially designed for you! This app contains dozens of Mcqs taken from 12th class physics notes and 12th class physics book. It is just like a physics key book for you which includes 12th class physics numerical. It is very useful app for fsc part 2 (fsc second year) students who are studying in science group and wants to gain concept of physics fsc part 2 book instead of studying the notes. This app is based on elementary physics which will boost your concept regarding physics. It will help you to learn physics in its depth. Mcqs are generated from twelfth physics book.

By solving these fsc part 2 physics mcqs, you will feel yourself free from fsc part 2 physics notes. It will help you to study physics in its depth to extract core concept of physics. All mcqs are well organized and updated to hone your skills. It will help you to understand the fundamentals of physics. This is a best app to learn physics. This twelfth class physics app will help you to study conceptual physics. Learn physics from this app free of cost.

All the mcqs are extracted from textbook, long and short questions. It also include 12th class physics numericals which help you to understand Physics Formulas.

### HOW APP WORKS ###

Each question has four options. You have to select one of them. If you do not know answer of question, you can also check the answer by simple tap on a button to show answer. At the end of test, you are presented with a screen which contains result of the test. It tells how many questions you answered correctly and how many questions you answered incorrectly.

### TOPIC COVERED ###

Chapter 12: Electrostatics

• 12.1: Coulomb's Law

• 12.2: Fields of Force

• 12.3: Electric Field Lines

• 12.4: Applications of Electrostatics

• 12.5: Electric Flux

Chapter 13: Current Electricity

• 13.1: Electric Current

• 13.2: Source of Current

• 13.3: Effects of Current

• 13.4: Ohm' law

• 13.5: Resistivity and its Dependence upon Tempratue

Chapter 14: Electromagnetism

• 14.1: Magnetic Field Due to Current in a Long

• 14.2: Force on a Current Carrying Conductor

• 14.3: Magnetic Flux and Flux Density

• 14.4: Ampere's Law and Determination of Flux

• 14.5: Force on a Moving Charge in a Magnetic

Chapter 15: Electromagnetic Induction

• 15.1: Induced EMF and Induced Current

• 15.2: Motional EMF

• 15.3: Faraday's Law and Induced EMF

• 15.4: Lenz's Law and Direction of Induced EMF

• 15.5: Mutual Induction

Chapter 16: Alternating Current

• 16.1: Alternating Current

• 16.2: A.C. Circuits

• 16.3: A.C. Through a Resistor

• 16.4: A.C. Through a Capacitor

• 16.5: A.C. Through an Inductor

Chapter 17: Physics of Solids

• 17.1: Classification of Solids

• 17.2: Mechanical Properties of Solids

• 17.3: Electrical Properties of Solids

• 17.4: Superconductors

• 17.5: Magnetic Properties of Solids

Chapter 18: Electronics

• 18.1: Brief Review of p-n Junction and its Ch

• 18.2: Rectification

• 18.3: Specially Designed p-n Junction

• 18.4: Transistors

• 18.5: Transistor as an Amplifier

Chapter 19: Dawn of Modern Physics

• 19.1: Relative Motion

• 19.2: Frames of Reference

• 19.3: Special Theory of Relativity

• 19.4: Black Body Radiation

• 19.5: Interaction of Electromagnetic Radiation

Chapter 20: Atomic Spectra

• 20.1: Atomic Spectra

• 20.2: Bohr's Model of the Hydrogen Atom

• 20.3: Inner Shell Transitions and Characteristic

• 20.4: Uncertainty within the Atom

• 20.5: Laser

Chapter 21: Nuclear Physics

• 21.1: Atomic Nucleus

• 21.2: Isotopes

• 21.3: Mass Defect and Binding Energy

• 21.4: Radioactivity

• 21.5: Half Life