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Unformatted text preview: . Partial credit will be given for a well communicated problem solving strategy based on
Each problem is worth 25 points. For each problem it is expected that a picture (setup), procedure (what is the
plan and physics involved), solution (the solution path and final answer) and evaluation of the solution (does it
make sense, why or why not) is included.
Each of the multiple choice questions is worth 5 points each.
Geometric Optics: Special topics in optics:
Power of a lens:
Power of Accommodation (Eye): ⁄
( )( Electric Forces/Potential
⃗ ⃗⃗ ⃗ ̂
∫ ∮⃗ ⃗ ) Angular magnification of Simple
Special topics in Electric
Electric dipole moment:
Energy electric dipole:
of a long, straight wire: ⃗ ()
Capacitance: ⁄ Energy of a Capacitor: Magnetic Forces/Fields/Induction ⃗
⃗ Magnetic dipole moment:
Torque on a Magnetic Dipole:
Potential energy of a magnetic dipole:
NMR procession frequency: ⃗⃗
⃗ ̂ ∫ ⃗...
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This test prep was uploaded on 03/13/2014 for the course PHYS 1201W taught by Professor Kennethheller during the Fall '13 term at Minnesota.
- Fall '13