Final Exam Study Guide
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 Pages:
 6
 Type:
 Study Guide
 School:
 The University of Vermont
 Course:
 Phys 012  Elementary Physics
 Edition:
 1
Documents in this Packet

2 pages

Lecture 38 : Length Contraction
1 pages

Lecture 37 : Time Dilation Practice Problems
2 pages

Lecture 36 : Special Relativity
2 pages

2 pages

Lecture 34 : Quantized Electron Orbitals
3 pages

Lecture 33 : WaveParticle Duality of Light and Electrons
4 pages

Lecture 32 : Photoelectric and Compton Effects
3 pages

3 pages

5 pages

Lecture 30 : Particles and Waves
2 pages

Lecture 29 : Single Slit Diffraction and Resolving Power
2 pages

Lecture 28 : Thin Film Interference and Diffraction
2 pages

Lecture 27 : Diffraction and Thin Film Interference
3 pages

Lecture 26 : Diffraction and Interference
4 pages

4 pages

Lecture 24 : Total Internal Reflection
4 pages

Lecture 23 : Refraction of Light
4 pages

4 pages

Lecture 21 : Light Rays and Reflection
3 pages

4 pages

Lecture 20 : In Class Review for Exam 2
2 pages

Lecture 19 : Electromagnetic Spectrum
3 pages

Lecture 18 : Electromagnetic Waves
5 pages

Lecture 17 : Self Inductance, Transformers, and Circuits Containing Inductors
4 pages

3 pages

3 pages

Lecture 14 : Electromagnetic Induction
4 pages

3 pages

Lecture 12 : Currents through Magnetic Fields
3 pages

Lecture 11 : Magnetic Fields and Forces
4 pages

Lecture 10 : Kirchhoff's Rules and RC Circuits
5 pages

5 pages

Lecture 9 : Resistors and Capacitors.
4 pages

Lecture 8 : Electric Currents, Ohm's Law, and
4 pages

Lecture 7 : Capacitors and Dielectrics
3 pages

Lecture 6 : Electric Potential Energy and Electric Potential
4 pages

Lecture 5 : Electric Fields and Forces (18.9,19.1)
3 pages

Lecture 4 : Electric Field Lines
3 pages

2 pages

Lecture 1 : Charge and Charge Transfer
2 pages

2 pages
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Unformatted text preview:
Final Exam: Chapters 1822, 2430 Chapter 18 Electric Forces and Electric Fields Problem: In the rectangle in the drawing, a charge is to be placed at the empty corner to make the net force on the charge at corner A point along the vertical direction. What charge (magnitude and algebraic sign) must be placed at the empty corner? Answer: q = +3.0 μC Q = unknown charge θ = angle between A and empty corner kq2/(4d)2 = kqQ/(√(17) d)2 cosθ Q = 17√(17)/64 = 3.3μC Chapter 19 Electric Potential Energy and Electric Potential Problem: The potential at location A is 452 V. A positively charged particle is released there from rest and arrives at location B with a speed vB. The potential at location C is 791 V, and when released from rest from this spot, the particle arrives at B with twice the speed it previously had, or 2vB. Find the potential at B. Answer: qVA = qVB + ½ mvB2 qVC = qVB + ½ m(2vB)2 q(VC – VA) = 4(½ mvB2) – ½ mvB2 [q(VC – VA)]/3 = ½ mvB2 qVA = [q(VC – VA)]/3 + qVB VB = VA (VCVA)/3 = +339 V Physics 012 1st Edition Chapter 20 Electric Circuits The drawing shows a circuit that contains a battery, two resistors, and a switch. What is the equivalent resistance of the circuit when the switch is (a) open and (b) closed? What is the total power delivered to the resistors when the switch is (c) open and (d) closed? Answer: (a) Req = R1 = 65 Ω (b) Req = (1/R1 + 1/R2)1 = (1/65 + 1/96)1 = 38.76 Ω (c) P = V2/Req = 92/65 = 1.25 W (d) P = V2/Req = 92/38.76 = 2.09 W Chapter 21 Magnetic Forces and Magnetic Fields Problem: A copper rod of length 0.85 m is lying on a frictionless table (see the drawing below). Each end of the rod is attached to a fixed wire by an unstretched spring that has a spring constant of k = 75 N/m. A magnetic field with a strength of 0.16 T is oriented perpendicular to the surface of the table.
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