Physics Department
PHYS 1P22/92
Sakai
Homework
Outline
Calendar entry
Lab Manual
PreLab Questions
Formula Sheet
Home
Review
Electric Fields and Circuits
MC:
coulomb force I
MC:
coulomb force II
MC:
charging by friction
MC:
charging by induction
MC:
field of two charges
MC:
motion in constant field I
MC:
motion in constant field II
MC:
What is the
net potential
produced by two charges?
MC:
What is the
net potential
produced by four charges?
MC:
How will the
negative charge
move?
MC:
What is the
relative direction
of equipotential surfaces and the electric field?
MC:
reading equipotential diagrams I
MC:
reading equipotential diagrams II
MC:
reading equipotential diagrams III
MC:
What is the
change in stored energy
in this capacitor I?
MC:
What is the
change in stored energy
in this capacitor II?
MC:
Electric Field inside D-cell
MC:
potential difference inside a wire
MC:
Current and Voltage
Ex:
electric socks
MC:
Resistance and diameter
MC:
Resistance and Length
MC:
How does current change I?
MC:
How does current change II?
MC:
Which resistors are connected
in series ?
MC:
Which resistors are connected
in parallel ?
MC:
bulbs in series versus bulbs in parallel
MC:
electrical "short"
MC:
current divider
MC:
KVR
MC:
unscrewing bulbs I
MC:
unscrewing bulbs II
MC:
What happens to the RC time constant?
Magnetism
MC:
magnetic force 1
MC:
magnetic force 2
MC:
magnetic force 3
MC:
magnetic force 4
MC:
trajectory in B field
MC:
uniform circular motion
MC:
motion in E and B
MC:
solenoid
MC:
a hairpin current
MC:
Force between two wires I
MC:
Force between two wires II
MC:
torque on a coil
MC:
when is flux decreasing?
MC:
Lenz's Law I
MC:
Lenz's law II
MC:
Lenz's law III
MC:
non-conductors/broken circuits
MC:
what can the transformer change?
Electromagnetic waves and Quantum Physics
MC:
two slit interference I
MC:
two slit interference IV
MC:
single slit diffraction I
MC:
single slit diffraction II
MC:
single slit diffraction III
MC:
What is the best telescope for this job?
MC:
two parallel polarizers
MC:
polarizers
MC:
Energy of a
photon
MC:
How does the maximum photoelectron kinetic energy
change?
MC:
deBroglie wavelength I
MC:
deBroglie Wavelength II
MC:
deBroglie wavelength III
MC:
Rutherford Scattering
MC:
Nuclear Force
MC:
Atomic Spectra
Sample Questions - EM Waves and Quantum
multiple choice - EM/Quantum I
multiple choice - EM/Quantum II
EM Waves - short problems
wave optics - short problems
photoelectric effect - short