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• ALL ABOUT ATOMS (19)
• Application of atmospheric and liquid pressure (8)
• Capacitance (10)
• Circuits (5)
• Collisions (19)
• Conduction of Electricity in Solids (10)
• Current and Resistance (7)
• Current electromotive force and resistance (18)
• Density and relative density (8)
• Development of the concept Of energy (14)
• Diffraction (11)
• Dispersion and colour (12)
• Eiectric potential (2)
• Electric cells (14)
• Electric light energy and power (13)
• Electric potential (2)
• Electrical calorimetry (9)
• Electrolysis (8)
• Electromagnetic induction (31)
• Electromagnetic Oscillations and Alternating ·Current (11)
• Electromagnetic Waves (9)
• Electrons in gases and vacuum (19)
• Electrons in solids. and semiconductor devices (25)
• Energy from the Nucleus (2)
• Equilibrium and Elasticity (16)
• Expansion of solids and liquids (18)
• Fluids (12)
• Force and Motion II (16)
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• Force of gravity weight and friction (20)
• Galvanometers ammeters and voltmeters (10)
• Gauss Law (30)
• Gravitation (21)
• IMAGES (18)
• Induction and Inductance (19)
• Interference (16)
• Kinetic Energy and Work (21)
• Latent heat (12)
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• Light rays and reflection of light (22)
• Longitudinal waves and sound (17)
• Machines (16)
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• Magnetic Fields Due to Currents (6)
• Magnets (9)
• Measurement of resistance and potential difference (14)
• Measurement of temperature (12)
• Measurements (37)
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• Motion in Two and Three Dimensions (25)
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• Newton's laws of motion (13)
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• Physics Assignments (411)
• Physics Assignments Homework (30)
• potential and capacitance (13)
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Posts

• ALL ABOUT ATOMS
  • Numbering the Elements
  • The Characteristic X-Ray Spectrum
  • X Rays and the Numbering of the Elements
  • Building the Periodic Table
  • Multiple Electrons in Rectangular Traps (PROBLEMS)
  • Multiple Electrons in Rectangular Traps
  • The Paull Exclusion Principle
  • Magnetic Resonance
  • The Meaning Of the Results
  • The Experimental Surprise
  • Orbital and Spin Angular Momenta Combined
  • Angular Momenta and Magnetic Dipole Moments
  • ELECTRON SPIN
  • The Einstein de Haas Experiment
  • Atoms Have Angular Momentum and Magnetism
  • Atoms Emit and Absorb Light
  • Some Properties of Atoms
  • Atoms and the World Around Us
  • ALL ABOUT ATOMS
• Application of atmospheric and liquid pressure
  • The siphon
  • To compare the densities of two liquids by means of Hare’s apparatus
  • The transmission of pressure in fluids. Hydraulic brake
  • The preserving jar
  • Early fire pumps
  • The force pump
  • The common pump (lift pump)
  • Application of atmospheric and liquid pressure
• Capacitance
  • The Directions Of Currents
  • Electric Current
  • Moving Charges and Electric Currents
  • Dielectrics and Gauss Law
  • Dielectrics An Atomic View
  • Energy Stored in an Electric Field
  • A Cylindrical Capacitor
  • Calculating the Capacitance
  • The Uses of Capacitors
  • Capacitance
• Circuits
  • The Ammeter and the Voltmeter
  • Resistances in Parallel
  • Multiloop Circuits
  • “Pumping” Charges
  • Circuits
• Collisions
  • EXERCISES AND PROBLEMS
  • REVIEW & SUMMARY
  • Sample Problem
  • Collisions in Two Dimensions
  • Sample Problem
  • Moving Target
  • Elastic Collisions in One Dimension
  • Sample Problem
  • Sample Problem
  • Velocity of Center Of Mass
  • Completely Inelastic Collision
  • Inelastic Collisions in One Dimension
  • Kinetic Energy
  • Momentum and Kinetic Energy in Collisions
  • Sample Problem
  • Series of Collisions
  • Impulse and Linear Momentum Single Collision
  • What Is a Collision?
  • Collisions
• Conduction of Electricity in Solids
  • REVIEW & SUMMARY Conduction Of Electrictiy In Solid
  • The Light Emitting Diode (LED)
  • The Junction Rectifier
  • The P-N Junction
  • Semiconductors
  • Metals
  • Energy Levels in a Crystalline Solid
  • The Electrical Properties of Solids
  • SOLIDS
  • Conduction of Electricity in Solids
• Current and Resistance
  • Semiconductors
  • Power in Electric Circuits
  • Microscopic View Of Ohm’s Law
  • Ohm’s Law
  • Resistance and Resistivity
  • Current Density
  • Current and Resistance
• Current electromotive force and resistance
  • To measure the internal resistance of a cell
  • “lost volts” when a cell is producing current in a circuit
  • Arrangement of cells
  • Special case of two resistors in parallel
  • Practical importance of the internal resistance of a cell
  • Resistors in parallel
  • Resistors in series
  • Electric circuit. Use of ammeters and voltmeters
  • Resistors
  • Effect of temperature on resistance. Semiconductors
  • Limitations of Ohm’s law
  • Ohm’s law
  • Rheostats
  • Resistance
  • Electromotive force
  • Unit of potential difference. The volt
  • Unit of electric current. The ampere
  • Current electr motive forc and resistance
• Density and relative density
  • Relative density of a solid
  • Advantage of the density bottle
  • Calculation of density from relative density
  • To measure the relative density of a liquid
  • Relative density