Physics 303L pi questions

From the Peer Instruction book by Eric Mazur

• Section 1: Electrostatics
• Section 2: Dielectrics & Capacitors
• Section 3: DC Circuits
• Section 4: Magnetism
• Section 5: AC Circuits
• Section 6: Electrodynamics
• Section 7: Optics

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• Section 1: Electrostatics
  • Question 1.1: Charging By Induction
  • Question 1.2: Three Pithballs - 1
  • Question 1.3: Three Pithballs - 2
  • Question 1.4: Electric Force Compared to Gravitational Force
  • Question 1.5: Electric Force Vectors
  • Question 1.6: Electric Field Patterns
  • Question 1.7: Net Force on a Dipole
  • Question 1.8: Uniformly Charged Plates
  • Question 1.9: Insulator in an Electric Field
  • Question 1.10: Electric Potentials Due to Two Charges - 1
  • Question 1.11: Electric Potentials Due to Two Charges - 2
  • Question 1.12: From Electric Field to Electric Potential
  • Question 1.13: Potential of a Solid Spherical Conductor
• Section 2: Dielectrics & Capacitors
  • Question 2.1: Inserting a Metal Slab into a Parallel Plate
  • Question 2.2: Comparison of Parallel Plate Capacitor Before and After Connecting a Metal Slab
  • Question 2.3: Pulling Apart a Parallel Plate Capacitor
  • Question 2.4: Inserting a Dielectric Into a Parallel Plate Capacitor
  • Question 2.5: Inserting a Glass Slab into a Parallel Plate Capacitor
• Section 3: DC Circuits
  • Question 3.1: Resistors in Series
  • Question 3.2: Finding Equivalent Resistance
  • Question 3.3: Charge Through a Shorted Light Bulb
  • Question 3.4: Comparison of Light Bulb Brightness - 1
  • Question 3.5: Comparison of Light Bulb Brightness - 2
  • Question 3.6: Comparison of Light Bulb Brightness - 3
  • Question 3.7: Comparison of Light Bulb Brightness - 4
  • Question 3.8: Comparison of Light Bulb Brightness - 5
  • Question 3.9: An RC Circuit
  • Question 3.10: Comparison of Light Bulb Brightness - 6
  • Question 3.11: Current in a Resistor Network
• Section 4: Magnetism
  • Question 4.1: Magnetic Force vs. Current Direction
  • Question 4.2: Compass Deflection in Presence of a Current
  • Question 4.3: Path of a Particle in the Presence of a Magnetic Field
  • Question 4.4: Properties of a Magnetic Dipole
  • Question 4.5: Movement of Ions under EM Fields
  • Question 4.6: Magnetic Flux Passing Through a Sphere due to a Long Wire
  • Question 4.7: Force and Torque on a Current-Carrying Loop in a Magnetic Field
  • Question 4.8: Force and Torque on a Current-Carrying Loop in a Magnetic Field - 2
  • Question 4.9: A Transformer Circuit - 1
  • Question 4.10: A Transformer Circuit - 2
  • Question 4.11: Current Induced in a Loop
  • Question 4.12: A Solenoid Problem
  • Question 4.13: An Induction Circuit (LR)
• Section 5: AC Circuits
  • Question 5.1: Current vs. Emf in Capacitor Circuit
  • Question 5.2: Work Done by a Time-Varying Emf
  • Question 5.3: Interpretation of Phasor Diagrams
  • Question 5.4: Adding Phasors
  • Question 5.5: Phasor vs. Sinusoidal Representations
  • Question 5.6: Work Done in an Inductor Circuit
  • Question 5.7: Frequency vs. Power in and LRC Circuit
  • Question 5.8: An RLC Circuit
• Section 6: Electrodynamics
  • Question 6.1: Electric and Magnetic Fields Associated with Capacitors
  • Question 6.2: Comparison of Magnetic Fields Within/Outside of Capacitors
  • Question 6.3: Find Magnetic Field Vector given an Electric Field Vector for a Planar EM Wave
  • Question 6.4: Properties of the Poynting Vector
  • Question 6.5: Energy Density of a Light Bulb
• Section 7: Optics
  • Question 7.1: A Running Analogy for Index of Refraction
  • Question 7.2: A Running Analogy for Index of Refraction - 2
  • Question 7.3: Series of Polarizers
  • Question 7.4: Series of Polarizers - 2
  • Question 7.5: Predicting an Observer's Perceived Image - 1
  • Question 7.6: Predicting an Observer's Perceived Image - 2
  • Question 7.7: Predicting an Observer's Perceived Image - 3
  • Question 7.8: Predicting an Observer's Perceived Image - 4
  • Question 7.9: Effect of Changing Media on Lenses
  • Question 7.10: Effect of Covering Part of a Lens
  • Question 7.11: Optics Related to an Overhead Projector
  • Question 7.12: Light Shining Through Two Non-Parallel Slides - 1
  • Question 7.13: Light Shining Through Two Non-Parallel Slides - 2
  • Question 7.14: Light Shining Through Two Non-Parallel Slides - 3
  • Question 7.15: Light Shining Through Two Non-Parallel Slides - 4
  • Question 7.16: When does Diffraction Occur?
  • Question 7.17: The Huygens-Fresnel Principle - 1
  • Question 7.18: The Huygens-Fresnel Principle - 2
  • Question 7.19: Effect of Diffraction on an Object's Shadow
  • Question 7.20: Slit Diffraction Patterns
  • Question 7.21: Variation of Young's Experiment
  • Question 7.22: Light of Two Different Wavelengths in Diffraction Grating Experiment
  • Question 7.23: Planar Waves in a Slit Experiment - 1
  • Question 7.24: Planar Waves in a Slit Experiment - 2
  • Question 7.25: Microscope Resolution vs. Wavelength
  • Question 7.26: Wavelength vs. Slit Width
  • Question 7.27: Planar Waves in a Slit Experiment