Skip to content
تعلیم کہانی
  • Home
  • Courses
  • Blog Articles
  • Login
  • Toggle website search
Menu Close
  • Home
  • Courses
  • Blog Articles
  • Login
  • Toggle website search

12 Physics by Maktab

  1. Home>
  2. Courses>
  3. 12 Physics by Maktab
  • Home
  • Courses
  • Intermediate (HSSC)
  • 12 Physics by Maktab

12 Physics by Maktab

Curriculum

  • 10 Sections
  • 85 Lessons
  • 10 Weeks
Expand all sectionsCollapse all sections
  • 12 Electrostatics
    17
    • 2.0
      12.1 Introduction of Electrostatics
    • 2.1
      12.2 Electrostatics Induction
    • 2.2
      12.3 Coulomb’s Law
    • 2.3
      12.4 Electric feild intensity and transfrmation of Electric feild lines
    • 2.4
      12.5 Electroscope
    • 2.5
      12.6 Application’s of electrostatics
    • 2.6
      12.7 Electric flux
    • 2.7
      12.8 Electric flux through a sphere having charge Q at its centre
    • 2.8
      12.9 Gauss’s Law and its applications (1)
    • 2.9
      12.10 Gauss’s Law applications part (2)
    • 2.10
      12.11 Electric Potential
    • 2.11
      12.12 Relationship between E and Electric potential V
    • 2.12
      12.13 Millikan’s oil Drop Method
    • 2.13
      12.14 Capacitors and its Types
    • 2.14
      12.15 Combination of Capacitors
    • 2.15
      12.16 Energy Store in a Capacitors
    • 2.16
      12.17 Dielectric
  • 13 Current Electricity
    12
    • 3.0
      13.1 Coming Soon
    • 3.1
      13.2 Drift velocity and current flowing through the mettle
    • 3.2
      13.3 Ohm’s Law
    • 3.3
      13.4 Resistance
    • 3.4
      13.5 Carbon resistor
    • 3.5
      13.6 Combination of Resistance
    • 3.6
      13.7 Rheostate
    • 3.7
      13.8 Electric Power and Power Dissipation
    • 3.8
      13.9 Eletromotive Force
    • 3.9
      13.10 Power Output
    • 3.10
      13.11 Wheatstone Bridge
    • 3.11
      13.12 Potentiometer
  • 14 Electromagnetism
    5
    • 4.0
      14.1 Introduction of Electromagnetism
    • 4.1
      14.2 Force On a Current Carrying Conductor in a Uniform Magnetic Field (1)
    • 4.2
      14.3 Force On a Current Carrying Conductor in a Uniform Magnetic Field (2)
    • 4.3
      14.4 Ampere’s Law
    • 4.4
      14.5 Ampere’s Law
  • 15 Electromagnetic Induction
    8
    • 5.0
      15.1 Electromagnetic Induction
    • 5.1
      15.2 Coming Soon
    • 5.2
      15.3 Self Induction
    • 5.3
      15.4 Inductor
    • 5.4
      15.5 Inductance of Solenoid
    • 5.5
      15.6 AC Generator
    • 5.6
      15.8 DC Motor
    • 5.7
      15.9 Transformer
  • 16 Alternating Current
    10
    • 6.0
      16.1 Introduction of A.C
    • 6.1
      16.2 A.C through Resistance,Capacitors and Inductors
    • 6.2
      16.3 A.C through RL Series Circuit
    • 6.3
      16.4 A.C through RC Series Circuit
    • 6.4
      16.5 Prove of XL and XC
    • 6.5
      16.6 RLC Series Circuit
    • 6.6
      16.7 Parallel Resonance Circuit
    • 6.7
      16.8 3 Phase A.C Supply
    • 6.8
      16.9 Metal Detector
    • 6.9
      16.10 Electromagnetic Waves
  • 17 Physics Of Solids
    8
    • 7.0
      17.1 Properties and Types of Solids
    • 7.1
      17.2 Strain Energy
    • 7.2
      17.3 Stress Strain Graph
    • 7.3
      17.4 Energy Band Theory
    • 7.4
      17.5 Semiconductors
    • 7.5
      17.6 Magnatization and Demagnatization
    • 7.6
      17.7 Domains
    • 7.7
      17.8 Hysteresis loop
  • 18 Electronics
    10
    • 8.0
      18.1 PN Junction
    • 8.1
      18.2 Reversed and Forward Biasing
    • 8.2
      18.3 Rectification
    • 8.3
      18.4 Coming Soon
    • 8.4
      18.5 Transistor
    • 8.5
      18.6 Amplifier
    • 8.6
      18.7 Operational Amplifier
    • 8.7
      18.8 Operational Amplifier as Inverting and Non-Inverting Amplifier
    • 8.8
      18.9 Comparator and Operational Amplifier as a Night Switch
    • 8.9
      18.10 Digital System and Logic Gates
  • 19 Dawn of Modern Physics
    4
    • 9.0
      19.1 Black Body and Its Effect
    • 9.1
      19.2 Photoelectric Effect and Photocell
    • 9.2
      19.3 Pair Production Effect
    • 9.3
      19.4 Compton’s Effect
  • 20 Atomic Spectra
    5
    • 10.0
      20.1 Introduction Of Atomic Spectra
    • 10.1
      20.2 Bohr’s Model Of Hydrogen Atom
    • 10.2
      20.3 Orbital Rdius According To Bohr’s Atomic Model
    • 10.3
      20.4 Orbital Velocity According To Bohr’s Atomic Model
    • 10.4
      20.5 Production Of X-Rays
  • 21 Nuclear Physics
    6
    • 11.0
      21.1 Coming Soon
    • 11.1
      21.2 Mass defect
    • 11.2
      21.3 Fission Reaction
    • 11.3
      21.4 Fusion Reaction
    • 11.4
      21.5 Radioactivity
    • 11.5
      21.6 Half Life

13.10 Power Output

This video lecture from Current Electricity (F.Sc. 2nd Year Physics) . In this video you will about power output ,minimum and maximum power output cases and its relation with internal resistance and source energy. Find more e-learning material and educational video lectures in Urdu at www.maktab.pk. These videos are free to use for promotional and commercial purpose by keeping the credits to Maktab.

13.9 Eletromotive Force
Prev
13.11 Wheatstone Bridge
Next
Copyright 2025 - TaleemKahani.com

Modal title

Main Content