Download 301 Electricity and magnetism - PHY152 Past Question PDF
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301 Electricity and magnetism past question for the year 2020 examines 100-level Science and Technology students of UNILORIN, offering PHY152 course on their knowledge of Electricity, magnetism
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Past Questions related to 301 Electricity and magnetism
45 Electricity and magnetism MSSN
Year: 2019
School: University of Ilorin
Department: Science and Technology
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Year: 2020
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Department: Science and Technology
Course Code: PHY152
Topics: Electricity, magnetism
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Department: Science and Technology
Course Code: PHY152
Topics: Electricity, magnetism
Electricity and magnetism practice question
Year: 2018
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Electricity, magnetism
Year: 2018
School: Bayero University, Kano
Department: Science and Technology
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Topics: Electricity, magnetism, magnetic field, electromagnetic wave
PHY152 CBT exam practice questions
Year: 2020
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Resistance, capacitance, Shunt, electricity, magnetism, Coulomb's Law, Charge, electric field, Gauss' Law
Year: 2018
School: Federal University of Technology, Owerri
Department: Science and Technology
Course Code: PHY405
Topics: electromagnetic wave, wave cavity, waveguide, hertzian dapole, magnetic field, resonator
25 Electricity and magnetism question by student christian movement
Year: 2016
School: University of Ibadan
Department: Science and Technology
Course Code: PHY112
Topics: capacitor, battery, Magnet, resistivity, resistor, resistance, potential difference, work, magnetic circuit
Electricity and Magnetism PSSF mock test
Year: 2018
School: University of Ibadan
Department: Science and Technology
Course Code: PHY112
Topics: electrostatic force, hydrogen atom, electric field.potential difference, capacitor, magnetic field, cyclotron
Electricity and Magnetism question slides by chordry
Year: 2018
School: University of Ibadan
Department: Science and Technology
Course Code: PHY112
Topics: electric field, electric quadrupole, electric field intensity, electric dipole, metal sphere
TUTORIAL QUESTIONS IN ELECTRICTY AND MAGNETISM 2(UNIVERSITY OF LIVERPOOL)
Year: 2019
School: Federal University of Technology, Owerri
Department: Science and Technology
Course Code: PHY405
Topics: Advanced Electromagnetism, displacement current, Maxwell's equation, continuity equation, stoke theorem, dielectric, electric field, permittivity, wave frequency, electricity, magnetism
Year: 2019
School: Federal University of Technology, Owerri
Department: Science and Technology
Course Code: PHY303
Topics: oscillator, colpitts, hartley, transistor, amplifier, semiconductor, doping, JFET, FET, base.emitter, collector, electricity, junction, diode
Year: 2016
School: Federal University of Technology, Owerri
Department: Science and Technology
Course Code: PHY201
Topics: Current, waveform, peak to peak value, peak factor, j-operator, superposition theorem
Year: 2014
School: Federal University of Technology, Owerri
Department: Science and Technology
Course Code: PHY201
Topics: Circuit, current, thevenin, norton, loop, resistor
Books related to 301 Electricity and magnetism
Electricity and magnetism complete lecture note
Author: Lawal, Olawepo
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Ohm’s Law, ELECTRICITY, MAGNETISM, Capacitance, Dielectrics, Electric current, conductivity, conductors, Semiconductors, semiconductor-Diode, Magnetism, Hysteresis, Power, AC circuit, Conductivity, Mobility, Rectification, Magnetic field, Coulombs Laws, Gauss Laws
electricity and magnetism lecture note
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Department: Science and Technology
Course Code: PHY152
Topics: faraday
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Author: Sampor
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Coulomb's law, Ohm's law, Gauss theory, Kirchhoff's law, Electrical energy, capacitor, Dc bridge, potentiometer, electromagnetic induction, moving coil, ballistic galvanometer, multimeter, AC meter, DC meter, Generator, magnetic material, paramagnetism, dimagnetism, ferromagnetism, Hysteresis, semiconductor, conductivity, mobility, rectification
Author: Teruo Matsushita
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152, PHY252, ITE105, ITE302
Topics: electrostatic field, conductor, electrostatic induction, capacitor, electrostatic, dielectric material, electric polarization, electric flux density, boundary conditions, steady current, ohm's law, electromotive force, Kirchhoff's law, current, magnetic flux density, Biot-savart law, superconductors, inductance, coils, magnetic energy, magnetic force, magnetic material, magnetization, magnetic field, electromagnetic induction, induction law, skin effect, displacement current, electromagnetic potential, Poynting vector, electromagnetic wave, wave guide, spherical wave, retarded potential, Maxwell's equation
Basic principle of physics 2(introductry electricity and magnetism )
Author: TT Ogunseye
School: University of Ibadan
Department: Science and Technology
Course Code: PHY104
Topics: Electric charges, Coulomb’s law, Conductors, insulators, Electric Field Intensity, Charge Distribution, Electric Field Lines, Electric Field Lines, Charge Density, Volume Charge Density, Surface Charge Density, Line Charge Density, Electric Field, Electric Flux, Gauss’s Law, Electric Field Calculation, Electric Potential, Electrical Potential Energy, Equipotential Surfaces, Capacitance, Dielectrics, Current Electricity, capacitor, Electric current, Electric Current Density, Resistance, Resistivity, Conductivity, Electromotive Force, Internal Resistance, Direct Current Circuits, resistance, Kirchhoff’s Current Law, Kirchhoff’s Voltage Law, energy, power, Wheatstone Bridge, Potentiometer, Slide Wire Bridge, Electrodynamics, Mass Spectrometer, hall effect, Magnetic Field, Magnetic Forces, Biot-Savart Law, Ampere’s Circuital Law, Electromagnetic Induction, Magnetic Flux, Lenz's law, Mutual Inductance, Self Inductance
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Author: PHY
School: University of Ilorin
Department: Science and Technology
Course Code: PHY154
Topics: force, charge, field
Author: NN Jibiri, OE Ogunsola
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Department: Science and Technology
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Topics: Electrostatics, Electroscope, Electric charges, conductor, insulation, Grounding, charging, Coulomb’s Law, Electric Force, Electric Field, Electric Potential, Potential Gradient, Electric Potential Energy
Electricity and Magnetism lecture note part 2
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Department: Science and Technology
Course Code: PHY112
Topics: Wheatstone bridge, Potential Divider Circuits, electrodynamics, Maxwell’s Equation, Maxwell’s law, cyclotron, electromagnetic induction, Lorentz force, Magnetic Flux, Faraday’s law, self induction, induced electric field, Mutual Induction, Motional EMF, Lenz's law, Transformer, Generator, Motor, Dynamo, AC circuit, Alternating current, inductance, reactance
Author: PHY112
School: University of Ibadan
Department: Science and Technology
Course Code: PHY112
Topics: Electric Charge, Insulators, Conductors, Semiconductors, Charging by Induction, Coulomb’s Law, Coulomb’s Law Equation, Electric Field, Continuous Charge Distribution, Electric Field Lines, electric potential, Capacitors, Dielectric, capacitance, current, resistance, Ohm's law, resistivity, conductivity, electrical power, Kirchhoff rule, Electrical instrument, Ammeter, voltmeter, galvanometer, Wheatstone bridge, potentiometer
Author: Paul Amon
School: Benue State University, Makurdi
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Course Code: PHY103
Topics: Electricity, magnetism, Electromagnetic interaction, electrostatic force, electric charge, Coulomb’s law, Electric potential, potential difference, electron volt, electric dipole, dipole moment, electric flux, Gauss Theorem, capacitors, dielectrics, current electricity, electric current, Ohm’s Law, Electrical Resistance, Resistivity, Electrical Conductivity, Ohmic Conductors, Superconductors, Electric Cell, resistor combination, Electric energy, electric power, wattmeter, electrolysis
Author: PHY152
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Department: Science and Technology
Course Code: PHY152
Topics: Deflection of charged particles, Motion of electrons in a uniform magnetic field, crossed fields method
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Author: PHY152
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
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Department: Science and Technology
Course Code: PHY132, PHY152
Topics: electrostatics, electric field, capacitor, current electricity, electrical energy, power, magnetism, magnetic field, electromagnetic induction, inductance, alternatin current circuit
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Department: Science and Technology
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Author: Richard Feynman, Robert Leighton, Matthew Sands, Michael Gottlieb, Rudolf Pfeiffer
School: University of Ilorin
Department: Science and Technology
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Topics: Motion, Probability, Gravitation, Dynamics, Momentum, Vector, force, work, Electromagnetism, Differential Calculus, Vector Fields, Vector Integral Calculus, Electrostatics, Gauss Law, Electric Field, Electrostatic Energy, Dielectrics, Electrostatic Analogs, Magnetostatics, Magnetic Field, Vector Potential, Induced Current, motor, generator, transformer, inductance, induction, maxwell equation, Principle of Least Action, AC Circuit, Cavity Resonator, Waveguide, Electrodynamics, Lorentz Transformation, Field Energy, Field Momentum, Electromagnetic Mass, Tensors, Refractive Index, Magnetism, Ferromagnetism, Magnetic Materials, Elasticity, Elastic Materials, Curved Space, Quantum Behavior, Particle Viewpoints, Probability Amplitudes, Identical Particles, Spin One, Spin One-Half, Hamiltonian Matrix, Ammonia Maser, Two-State Systems, Hyperfine Splitting, Crystal Lattice, Semiconductors, Independent Particle Approximation, Symmetry, Conservation Laws, Angular Momentum, Hydrogen Atom, Periodic Table, Operators, Schrodinger Equation, Superconductivity
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Department: Science and Technology
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Topics: Electromagnetism, Differential Calculus, Vector Fields, Vector Integral Calculus, Electrostatics, Gauss Law, Electric Field, Electrostatic Energy, Dielectrics, Electrostatic Analogs, Magnetostatics, Magnetic Field, Vector Potential, Induced Current, motor, generator, transformer, inductance, induction, maxwell equation, Principle of Least Action, AC Circuit, Cavity Resonator, Waveguide, Electrodynamics, Lorentz Transformation, Field Energy, Field Momentum, Electromagnetic Mass, Tensors, Refractive Index, Magnetism, Ferromagnetism, Magnetic Materials, Elasticity, Elastic Materials, Curved Space
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Author: PHY
School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Electric current, Current density, conductivity, Resistivity, Mobility, Semiconductors, P-N junction
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School: University of Ilorin
Department: Science and Technology
Course Code: PHY152
Topics: Electromagnetic induction
Tests related to 301 Electricity and magnetism
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Department:
Course Code: JAMB
Topics: Physics, JAMB, Friction, work, force, motion, speed, velocity, energy, hydraulic press, relative density, hydrometer, gas law, sound wave, wave, light, mirror,capacitor, electricity, pressure