Solution Manual for E&M TIPERs: Electricity & Magnetism Tasks C. J. Hieggelke, D. P. Maloney, T. L. O’Kuma, Steve Kanim digital download immediately after payment is complete.
Product details:
- ISBN-10 : 0131854992
- ISBN-13 : 978-0131854994
- Author: Hieggelke, C. J., Maloney, D. P., O‘Kuma, T. L., Kanim
A workbook for electricity and magnetism in introductory physics courses.TIPERs (Tasks Inspired by Physics Education Research) is “the””most complete “set of conceptual exercises (tasks) available for electricity and magnetism. This workbook contains OVER 300 tasks that focus on conceptual understanding and reinforce the sense that the” ideas” of science have coherence and power that extends beyond the facts and equations.
Table contents:
eT1-RT1: Charged Insulating Blocks-Charge Density
eT1-RT2: Breaking a Charged Insulating Block-Charge Density
eT1-RT3: Charged Insulating Blocks-Charge
eT1-RT4: Pairs of Connected Charged Conductors-Charge
eT1-RT5: Collection of Six Charged Connected Conductors-Charge
eT1-RT6: Pairs of Outside and Inside Connected Charged Conductors-Charge
eT1-RT7: Charged Rod and Electroscope-Excess charge
eT3-RT1: Three Dimensional Locations in a Constant Electric Potential-Force
eT3-RT2: Charges Arranged in a Triangle-Force
eT3-RT3: Charges in a Plane-Force
eT3-RT4: Two Charges-Force
eT3-RT5: Two and Three Charges in a Line-Force
eT3-RT6: Charged Rods and Point Charges-Force
eT3-RT7: Charged Curved Rod-Force
eT3-RT8: Three Dimensional Locations Near a Point Charge-Electric Force
eT3-RT9: Sphere and a Point Charge-Force
eT3-RT10: Three Dimensional Locations in a Uniform Electric Field-Electric Force
eT4-RT1: Two Charged Objects-Acceleration
eT4-RT2: Proton in Magnetic and Electric Fields-Acceleration
eT4-RT3: Charges Between Charged Parallel Plates-Speed
eT5-RT1: Charged Insulating Sheets-Electric Field
eT5-RT2: Changing Electric Force on an Electron-Electric Field
eT5-RT3: Charged Solid Conducting Sphere-Electric Field
eT5-RT4: Three Dimensional Locations in a Constant Electric Potential-Field
eT5-RT5: Spherical Conducting Shell-Electric Field
eT5-RT6: Six Charges in Three Dimensions-Electric Field
eT5-RT7: Potential Near Charges-Electric Field
eT5-RT8: Three Charges in a Line-Electric Field
eT5-RT9: Potential vs Position Graphs-Electric Field
eT5-RT10: Potential vs Position Graphs-Electric Field
eT5-RT11: Potential vs Position Graph II-Electric Field
eT5-RT12: Point Charges in Two Dimensions-Electric Field
eT5-RT13: Electric Field Lines-Electric Field
eT5-RT14: Charged Curved Rod-Electric Field
eT5-RT15: Three Dimensional Locations Within a Uniform Electric Field-Field
eT5-RT16: Point Charge inside an Insulating Shell-Electric Field
eT5-RT17: Point Charge inside a Conducting Shell-Electric Field
eT5-RT18: Equipotential Surfaces-Electric Field
eT6-RT1: Three Dimensional Locations in a Constant Electric Potential-Work
eT6-RT2: Three Charge System-Electric Potential Energy
eT6-RT3: Electron in Equipotential Surfaces-Kinetic Energy Change
eT6-RT4: Charges and Equipotentials-Work
eT8-RT1: Four Charges in Two Dimensions-Electric Potential
eT8-RT2: Points Near a Pair of Equal Opposite Charges-Potential
eT8-RT3: Pairs of Charged Connected Conductors-Electric Potential
eT8-RT4: Charged Curved Rod-Electric Potential
eT8-RT5: Two Large Charged Parallel Sheets-Potential Difference
eT8-RT6: Three Dimensional Locations Near a Point Charge-Electric Potential
eT8-RT7: Three Dimensional Locations in a Uniform Electric Field-Potential
eT8-RT8: Six Charges in Three Dimensions-Electric Potential
eT8-RT9: Spherical Conducting Shell-Electric Potential
eT8-RT10: Systems of Eight Point Charges-Potential
eT9-RT1: Point Charges-Flux
eT9-RT2: Charged Insulator and Conductor-Flux
eT9-RT3: Insulator and Conductor-Flux
eT9-RT4: Cubes in Electric Fields-Flux
eT10-RT1: Charged Rod Near a Suspended Bar Magnet-Torque
Comparison Tasks (CT)
eT1-CT1: Charges in Electric Field-Charge
eT3-CT1: Straight Charged Rod and Two Point Charges-Force
eT4-CT1: Cart Approaching Sphere-Distance
eT5-CT1: Potential Near Charges-Electric Field
eT5-CT2: Potential vs Position Graph II-Electric Field
eT6-CT1: Three Charge System-Electric Potential Energy and Work Done
eT8-CT1: Points Near Pair of Charges-Potential Difference
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