Experiments in Electricity, Magnetism, & Light + Quantum Physics Laboratory Manual for PHYS: 1512,PHYS: 1702, & PHYS: 1612

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Significant revisions were made to many of the “E”, “OP”, “Q” and “S” series of experiments before the 2012-2013 academic year. These revisions were made by laboratory coordinator Anthony Moeller with feedback from TAs and lab setup crew members. Many of these changes reflect the significant advances in available technology since these series of experiments were first introduced. Some highlights of these revisions include: a new current balance experiment with amazingly precise results, an addition to the parallel plate capacitor experiment where students measure the capacitance with two dielectrics back to back, and additions to the Ohm’s Law experiment that investigate the resistivity of water and the changing resistance of a light bulb with increases in temperature.

Additionally, this manual is now available to you in full color, which should improve the usefulness of many pictures and diagrams.

E1: CHARGE MEASUREMENT AND LOG-LOG PLOTTING

E2: COULOMB’S LAW

E3: MAPPING ELECTRIC FIELDS USING EQUIPOTENTIALS

E4: PARALLEL-PLATE CAPACITOR

E5: OHM’S LAW AND SERIES/PARALLEL CIRCUITS

E6: FORCE ON A WIRE IN A MAGNETIC FIELD

E7: E/M OF ELECTRON

E8: MAGNETIC FIELDS AND FARADAY’S LAW

E9: TORQUE AND FORCE ACTING ON A MAGNETIC DIPOLE

E10: MAGNETIC FORCE AND TORQUE

OS1: INTRODUCTION TO OSCILLOSCOPES I

E11: RLC CIRCUITS

OP2: PRISM SPECTROMETER

OP3: THIN LENSES

OP5: DIFFRACTION: GRATING AND SINGLE SLIT

S1: SPEED OF LIGHT – TIME OF FLIGHT METHOD

Q6: GEIGER COUNTERS AND RADIOACTIVE SHIELDING

University of Iowa

Significant revisions were made to many of the “E”, “OP”, “Q” and “S” series of experiments before the 2012-2013 academic year. These revisions were made by laboratory coordinator Anthony Moeller with feedback from TAs and lab setup crew members. Many of these changes reflect the significant advances in available technology since these series of experiments were first introduced. Some highlights of these revisions include: a new current balance experiment with amazingly precise results, an addition to the parallel plate capacitor experiment where students measure the capacitance with two dielectrics back to back, and additions to the Ohm’s Law experiment that investigate the resistivity of water and the changing resistance of a light bulb with increases in temperature.

Additionally, this manual is now available to you in full color, which should improve the usefulness of many pictures and diagrams.

E1: CHARGE MEASUREMENT AND LOG-LOG PLOTTING

E2: COULOMB’S LAW

E3: MAPPING ELECTRIC FIELDS USING EQUIPOTENTIALS

E4: PARALLEL-PLATE CAPACITOR

E5: OHM’S LAW AND SERIES/PARALLEL CIRCUITS

E6: FORCE ON A WIRE IN A MAGNETIC FIELD

E7: E/M OF ELECTRON

E8: MAGNETIC FIELDS AND FARADAY’S LAW

E9: TORQUE AND FORCE ACTING ON A MAGNETIC DIPOLE

E10: MAGNETIC FORCE AND TORQUE

OS1: INTRODUCTION TO OSCILLOSCOPES I

E11: RLC CIRCUITS

OP2: PRISM SPECTROMETER

OP3: THIN LENSES

OP5: DIFFRACTION: GRATING AND SINGLE SLIT

S1: SPEED OF LIGHT – TIME OF FLIGHT METHOD

Q6: GEIGER COUNTERS AND RADIOACTIVE SHIELDING

University of Iowa