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Purdue - PHYS 221
  • Purdue
  • PYRAK-NOLTE, LAURA
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  • 9 Pages Ex2_F11
    Ex2_F11

    School: Purdue

    Purdue University PHYS 221 EXAM II 11/6/11 All questions are worth 5 points unless otherwise stated. 1 An electromagnetic wave has an electric field with peak value 250 N/C, What is the average intensity of the wave? (10 points) a) b) c) d) e) 2 0.66 W/m2

  • 6 Pages Solutions_Final
    Solutions_Final

    School: Purdue

  • 1 Page Conceptual Questions M9
    Conceptual Questions M9

    School: Purdue

    Conceptual Questions 1. Because when decreasing the lens's aperture, photographers can reduce some unnecessary light. So that they can get a sharper image. 2.

  • 1 Page Conceptual Questions M8
    Conceptual Questions M8

    School: Purdue

    Conceptual Questions cv c n= v 1. The way to calculate the index of refraction is : , c is the speed of light in a vacuum, and v is the speed of the light in a medium. As the speed of light in a vacuum is the fastest speed light can be, is always true. Th

  • 1 Page Conceptual Questions M7
    Conceptual Questions M7

    School: Purdue

    Conceptual Questions = / R L 1. It's because the impedance stores energy during the time that voltage is not zero. And when the voltage drops to zero, the impedance releases the energy. And it takes time for the energy to release so that the current does

  • 1 Page Conceptual Questions M6
    Conceptual Questions M6

    School: Purdue

    Conceptual Questions 1. The initial magnetic flux in the coil is 0. The final magnetic flux in through the coil is 0. The net charge of the magnetic flux in the coil is . The falling magnet may induce voltage in the coil. The induced voltage depends on th

  • 1 Page Conceptual Questions M5
    Conceptual Questions M5

    School: Purdue

    Conceptual Questions 1. The force are acting on the bar magnet due to the uniform magnetic field is the magnet force. The north pole of the bar magnet points to the direction of the uniform magnetic field. B = 0 2. Due N I0 L to the formula , we can get t

  • 1 Page Conceptual Questions M4
    Conceptual Questions M4

    School: Purdue

    Conceptual Questions 1. When the switch is closed, bulb A will be dark, and the bulb B will be brighter. Because when the switch closed, there come a short circuit, which makes the current doesn't go through bulb A. And as the current doesn't go through b

  • 1 Page Conceptual Questions M3
    Conceptual Questions M3

    School: Purdue

    Conceptual Questions 1 11 + ab 1. Suppose resistor A is a , and resistor B is b. When they are connected in series, the total resistance is a+b. When they are connect in parallel, the total resistance is . The parallel one is smaller than the series one.

  • 1 Page Conceptual Questions M10
    Conceptual Questions M10

    School: Purdue

    Conceptual Questions 1. Because when decreasing the lens's aperture, photographers can reduce some unnecessary light. So that they can get a sharper image. 2.

  • 1 Page Conceptual Questions M11
    Conceptual Questions M11

    School: Purdue

    Conceptual Questions 1. The number of the photoelectrons emitted from a metal surface does not change with light frequency increase. The number of the photoelectrons emitted from a metal surface does not depend on the work function. And it depends on the

  • 7 Pages vector_review
    Vector_review

    School: Purdue

    Course: Introductory Physics

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  • 21 Pages PracticeFinalSummer2011
    PracticeFinalSummer2011

    School: Purdue

    Course: Introductory Physics

    4VEGXMGI *MREP 7YQQIV % LMKL TS[IV PEWIV MW EFPI XS TVSHYGI LMKL MRXIRWMX] PMKLX SJ [EZIPIRKXL RQ JSV E FVMIJ TYPWI -J XLI TS[IV HYVMRK XLI TYPWI MW O; ERH XLI HYVEXMSR MW TMGSWIGSRH B WIGSRHW LS[ QER] TLSXSRW EVI IQMXXIH HYVMRK XLI TYPWI# IRIVK] TIV TYPW

  • 5 Pages Midterm_Practice_2011_Summer
    Midterm_Practice_2011_Summer

    School: Purdue

    Course: Introductory Physics

    4VEGXMGI 1MHXIVQ 7YQQIV 8LI YRMXW 8zQB W EVI IUYMZEPIRX XS % WIVMIW 6' GMVGYMX LEW E XMQI GSRWXERX SJ W 8LI FEXXIV] LEW E ZSPXEKI SJ : ERH XLI QE\MQYQ GYVVIRX NYWX EJXIV GPSWMRK XLI W[MXGL MW Q% 8LI GETEGMXSV MW MRMXMEPP] YRGLEVKIH ;LEX MW XLI GLEVKI SR X

  • 16 Pages Midterm_2011_SummerB
    Midterm_2011_SummerB

    School: Purdue

    Course: Introductory Physics

    7YQQIV *SVQ & 1MHXIVQ % ' GLEVKI MW QSZIH XLVSYKL E HMWGTPEGIQIRX SJ GQ MR ER I\XIVREP YRMJSVQ IPIGXVMG IPH -J XLI GLERKI MR XLI TSXIRXMEP FIX[IIR XLI WXEVXMRK PSGEXMSR ERH XLI REP PSGEXMSR MW : [LEX [MPP FI XLI JSVGI SR XLI GLEVKI HYI XS XLI I\XIVREP IPI

  • 16 Pages Midterm_2011_SummerA
    Midterm_2011_SummerA

    School: Purdue

    Course: Introductory Physics

    7YQQIV 1MHXIVQ % % ' GLEVKI FIKMRW EX VIWX MR ER I\XIVREP YRMJSVQ IPIGXVMG IPH SJ 2 ' -J XLI GLEVKI MW XLIR EPPS[IH XS QSZI XLVSYKL E HMWTPEGIQIRX SJ GQ [LEX [MPP FI XLI GLERKI MR TSXIRXMEP IRIVK] SJ XLI GLEVKI# . %R IPIGXVSR MW LIPH EX VIWX MR E YRMJSVQ

  • 7 Pages hints14
    Hints14

    School: Purdue

    Course: Introductory Physics

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  • 7 Pages hints08
    Hints08

    School: Purdue

    Course: Introductory Physics

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  • 1 Page Conceptual Questions M2
    Conceptual Questions M2

    School: Purdue

    Conceptual Questions FA = FB = k q A qB r2 1. 2. NO V= kq = const R According to Gauss's Law, the electric field E inside a charge sphere is zero, while the electric potential V has a constant value inside the sphere, .

  • 1 Page phys 221 CQ.01
    Phys 221 CQ.01

    School: Purdue

    Conceptual Questions 1) The resistors in parallel have the smaller net resistance. Series: 10 + 10 = 20 Parallel: 1/(1/10)+(1/10)= 1/(1/5)= 5 2) The source of resistivity is the conducting properties of specific materials. Each material has a material c

  • 6 Pages Solutions_Final
    Solutions_Final

    School: Purdue

  • 8 Pages Solutions
    Solutions

    School: Purdue

  • 24 Pages db_lec19_post
    Db_lec19_post

    School: Purdue

    Course: General Physics II

    LECTURE 19: Interference, Diffraction, Resolution http:/antwrp.gsfc.nasa.gov/apod/image/0507/47tuc_chandra_f.jpg D. Bortoletto PHYS221 1 Interference Three ways in which the phase difference between two waves can change: 1. By traveling though media of di

  • 3 Pages db_lec20_post
    Db_lec20_post

    School: Purdue

    Course: General Physics II

    Exam 2: Raw Scores Average: 62% 60 50 40 30 20 10 0 0 4/1/12 20 40 60 D. Bortoletto 80 100 PHYS221 120 1 LECTURE 20: Relativity Relative motion can change the rate at which time passes 4/1/12 D. Bortoletto PHYS221 2 The Relativity Postulate The laws of ph

  • 3 Pages db_lec21_post
    Db_lec21_post

    School: Purdue

    Course: General Physics II

    Lecture 21: Relativity t = Last lecture Time dilation Length contraction t0 1 v 2 / c2 = t0 L0 L = L0 1 v / c = 2 2 This lecture Velocity Momentum Mass Energy in relativity 4/3/12 D. Bortoletto PHYS21 1 The Relativity of Time *Relative motion chan

  • 3 Pages db_lec23_post
    Db_lec23_post

    School: Purdue

    Course: General Physics II

    Lesson 23: Quantum Theory Last lecture Particle-like properties of light h = 6.624 1034 J s hc E photon = hf = hf h p photon = = c Photo-electric effect This lecture Wavelike properties of particles 4/10/12 D. Bortoletto PHYS221 1 Classical View of W

  • 3 Pages db_lec24_post
    Db_lec24_post

    School: Purdue

    Course: General Physics II

    Final Exam: Thursday May 3, 2012 from 10:20 AM to 12:20 PM STEW 183 Covers all readings, lectures, homework from Chapters 17 through 30 Be sure to bring your student ID card, calculator, pencil, and up to three onepage (two-side) crib sheet. NOTE THAT FE

  • 3 Pages db_lec25_post
    Db_lec25_post

    School: Purdue

    Course: General Physics II

    Lecture 25: Last Lecture Rutherford experiment Quantization of angular momentum Hydrogen atom energy quantum levels Bohr Model This Lecture Quantum model Multi electron atoms 4/17/12 D. Bortoletto PHYS221 1 Atomic theory Bohr Model n 22 rn = me k

  • 3 Pages db_lec26_post
    Db_lec26_post

    School: Purdue

    Course: General Physics II

    Final Exam: Thursday May 3, 2012 from 10:20 AM to 12:20 PM STEW 183 Covers all readings, lectures, homework from Chapters 17 through 30 Be sure to bring your student ID card, calculator, pencil, and up to three onepage (two-side) crib sheet. NOTE THAT FE

  • 3 Pages Preparation_ex2_post
    Preparation_ex2_post

    School: Purdue

    Course: General Physics II

    Exam 2 Tuesday March 27 8:00-9:30 PM STEW 183 *Covers all readings, lectures, homework from Chapters 17 through 24 but with main focus on 20-24. *The exam will be multiple choice and is meant to be done within 60 minutes by a well-prepared student. We wil

  • 3 Pages Preparation_final_post
    Preparation_final_post

    School: Purdue

    Course: General Physics II

    Preparation for final exam The final exam is comprehensive Today we will cover only some of the material since exam 2 4/25/12 D. Bortoletto 1 Chapter 25: Wave Optics Constructive Interference Amplitude (arbitrary units) 4 3 = 0 or 1 2 1 0 -1 -2 -3 -4 0

  • 1 Page Analysis (E4)
    Analysis (E4)

    School: Purdue

    Analysis (E4): In this lab we learned about direct current circuits. In a direct current circuit a wire carries the charge from one end of the device to another. A direct current only flows in one direction. Direct currents are created by sources such as

  • 1 Page Analysis (E6)
    Analysis (E6)

    School: Purdue

    Analysis: In this experiment we observed the phenomena of electromagnetic induction. We used Faradays Law to explain how the process works. We observed magnetic flux through coils. We also used Lenzs Law to talk about the polarity of an induced emf. We al

  • 1 Page Analysis
    Analysis

    School: Purdue

    Amelia Foreman Tyler King Analysis In Lab 4 we learned the basics of circular motion. We learned that as an object travels in uniform circular motion, then the object is at a constant speed. We also learned that the velocity is constantly changing because

  • 1 Page Conceptual Questions. E5
    Conceptual Questions. E5

    School: Purdue

    Conceptual Questions: 1. The forces acting on the poles are represented by F=mB. M is the pole strength and B is the strength of the magnetic field. B is constant and has a constant direction and magnitude. The north pole is parallel to B, and the south p

  • 1 Page phys 221 anaylsis 1
    Phys 221 Anaylsis 1

    School: Purdue

    PHYS 221 E2Lab: Analysis and Conceptual Questions 9/13/12 Analysis: During this lab we observed electric fields. We used the computer program to place charges in certain locations, and then added field lines, etc. We were able to observe how the electric

  • 11 Pages hints07
    Hints07

    School: Purdue

    Course: Introductory Physics

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  • 7 Pages hints06
    Hints06

    School: Purdue

    Course: Introductory Physics

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  • 8 Pages hints05
    Hints05

    School: Purdue

    Course: Introductory Physics

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  • 17 Pages Lec2
    Lec2

    School: Purdue

    Phys221Lecture2 Prof.VirgilBarnes Office:Room375,byappointment Tel.:4945199 Email:barnes@purdue.edu IamtakingoverfromProf.SuzanneLorenz,to easeherheavyteachingload. ButshewillgivenextWednesdayslecture(Iwill beataHighEnergyPhysicsConferenceinAspen) Getting

  • 19 Pages Lec1
    Lec1

    School: Purdue

    PHYS 221 General Physics II Spring Semester 2014 Lecture 1 What we are covering this semester: Introductory physics, using mostly algebra (not calculus), which includes: Electrostatics Magnetism Circuits Optics Etc. Some of the information in the Syllabus

  • 12 Pages Lec8
    Lec8

    School: Purdue

  • 26 Pages Lec4
    Lec4

    School: Purdue

    Nicholas J. Giordano www.cengage.com/physics/giordano Chapter 18 Electric Potential Marilyn Akins, PhD Broome Community College Electric Potential Energy A point charge in an electric field experiences a force: F = q E Assume the charge moves a distance

  • 12 Pages Lec9
    Lec9

    School: Purdue

  • 28 Pages Lec5
    Lec5

    School: Purdue

    Equipotential Surfaces A useful way to visualize electric fields is through plots of equipotential surfaces 2-D surfaces where the electric potential is constant In B, several surfaces are shown at constant potentials Section 18.3 Equipotential Surface

  • 24 Pages Lec6
    Lec6

    School: Purdue

    Electric Circuits In a conductor, charges can move or flow. Conducting wires lead to the idea of electric circuits A circuit occurs when charge can flow in a closed path In addition to wires, there can be circuit components: Resistors Capacitors Bat

  • 29 Pages Lec10
    Lec10

    School: Purdue

    EXAM 1 EXAM 1 Tues. February 25, 8:00 9:30pm Elliot Hall of Music Covers Chapters 17 thru 20.4 Adaptive learners contact Room 144, Pam Blakey, immediately, your exam will start at 6:30 in Room 111 and end at 9:30 Magnetic Forces & Bar Magnets To determin

  • 32 Pages Lec12
    Lec12

    School: Purdue

    NOTICE: Help Center, Room 11, open hours are listed on the Phys. 221 web homepage at the Learning Center button each week This week in honor of the evening Exam, the center will be open Tuesday most of the day. An announcement about this should also ha

  • 27 Pages Lec14
    Lec14

    School: Purdue

    Symmetry of E and B, cont. Section 23.1 Electromagnetic Waves Self-sustaining oscillations involving E and B are possible The oscillations are an electromagnetic wave Electromagnetic waves are also referred to as electromagnetic radiation Both the ele

  • 30 Pages Lec15
    Lec15

    School: Purdue

    Generation of EM Waves A radio wave can be generated by using an AC voltage source connected to two wires The two wires act as an antenna As the voltage of the AC source oscillates, the electric potential of the two wires also oscillate Electric charg

  • 28 Pages Lec11
    Lec11

    School: Purdue

    Test I covers all of Chapters 17 - through and including 20.4 This goes through the Feb. 12 lecture plus maybe a little snow-day catch-up on Feb. 17 to complete coverage through 20.4 In ELLT 116 [Hall of Music] 8 -9:30 PM Tuesday, Feb 25 Multiple choice

  • 34 Pages Lec13
    Lec13

    School: Purdue

    Unimportable iclicker scores from 24Feb14 Lecture at 9:30 (Section 2) Six of these clickers SENT ANSWERS TO US, but we cant credit you until you register these clicker ID numbers under YOUR NAMES in CHIP p 2 #23C415F2,0,0 3 #800230B2,0,0 4 #8046B375,2.00

  • 36 Pages Lec16
    Lec16

    School: Purdue

    Rays Rays indicate the path and direction of propagation of the light wave In A, the waves pass through a large opening and, to a very good approximation, follow straight lines that pass through the opening In B, the opening is about the same size or s

  • 24 Pages Lec17
    Lec17

    School: Purdue

    Announcement Final Exam is Thursday May 8 from 7:00 to 9:00 pm in the Hall of Music Exam II is Monday April 7, from 8:00 to 9:30 in Loeb Playhouse, Stewart 183 Covers up to and including Chapter 24, including also Section 6 (more than stated in the cou

  • 9 Pages Lec18
    Lec18

    School: Purdue

    Much of the Monday 21 March lecture material is posted as a revised Lec17 pdf on this website. We now start on Chapter 25: Introduction Wave Optics The field of wave optics studies the properties of light that depend on its wave nature Wave properties

  • 19 Pages Lec7
    Lec7

    School: Purdue

  • 7 Pages week8
    Week8

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 9 Overview HW Questions Electromagnetic Waves Maluss Law HW Questions Ask Away Electromagnetic Waves Electromagnetic Waves Electromagnetic Waves Maluss Law

  • 7 Pages week7
    Week7

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 8 Overview HW Questions Alternating Current RMS Reactance Impedance HW Questions Ask Away Alternating Current (AC) - RMS AC - Reactance AC - Impedance What does it tell me? It represents the relationship (magnitude an

  • 10 Pages hints04
    Hints04

    School: Purdue

    Course: Introductory Physics

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  • 10 Pages hints03
    Hints03

    School: Purdue

    Course: Introductory Physics

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  • 13 Pages Solutions_for_2003_Final
    Solutions_for_2003_Final

    School: Purdue

    Course: General Physics

  • 6 Pages Solutions_for_2002_Final
    Solutions_for_2002_Final

    School: Purdue

    Course: General Physics

  • 1 Page Ex2_F04_orange solutions
    Ex2_F04_orange Solutions

    School: Purdue

    Course: General Physics

  • 9 Pages Ex2_F03_with_solutions
    Ex2_F03_with_solutions

    School: Purdue

    Course: General Physics

    Purdue University PHYS 221 EXAM II 11/6/03 (with solutions) All questions are worth 5 points unless otherwise stated. 1 An electromagnetic wave has an electric field with peak value 250 N/C, What is the average intensity of the wave? (10 points) a) b) c)

  • 5 Pages Ex2_F02_white_solutions
    Ex2_F02_white_solutions

    School: Purdue

    Course: General Physics

    Purdue University PHYS221 EXAM II Solutions are marked with a *) 10/31/02 (All questions are worth 5 points unless otherwise stated. There is no penalty for guessing. Attempt all questions to maximize you score. Remember to write your name and SSN on your

  • 9 Pages Ex1_F04_green_solutions
    Ex1_F04_green_solutions

    School: Purdue

    Course: General Physics

  • 9 Pages week5
    Week5

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 5 Overview HW Questions Right-Hand Rule Warning Magnetic Fields HW Questions Ask Away Right-Hand Rule and the Cross Product Right-Hand Rule and the Cross Product Warning Magnetic Fields Source Moving Charges This is t

  • 12 Pages week2
    Week2

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 2 Overview HW Questions Gausss Law Conductors vs Insulators Work-Energy Theorem with Electric Forces Potential HW Questions Ask Away. Flux/Gausss Law History The 18th century was very productive for the development of

  • 10 Pages week1
    Week1

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 1 Introduction TA: Kevin Ralphs Email: kralphs@purdue.edu Web Site: http:/web.ics.purdue.edu/~kralphs Office: PHYS 137 Office Hours: Email to request Help Center Hours: M 9:00-11:00, 2:00-3:30 Th 1:30-3:30 Preliminari

  • 10 Pages week3
    Week3

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 3 Overview HW Questions Capacitance Capacitors Dielectrics HW Questions Ask Away. Capacitance Capacitance Capacitance The permittivity of free space has no physical meaning It merely changes physical quantities into t

  • 14 Pages week6
    Week6

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 6 Overview HW Questions Electromotive Force (EMF) Motional EMF Farradays Law Lenzs Law Inductance HW Questions Ask Away Electromotive Force (EMF) Electromotive Force (EMF) Why do I care? If a particle is free to move

  • 12 Pages week4
    Week4

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 4 Overview HW Questions Current Resistance Resistivity Kirchhoff's Rules Capacitors, Current, Time HW Questions Ask Away. Current Resistance Resistivity Kirchoffs Rules Kirchhoffs Rules General Procedure: Choose loops

  • 8 Pages week10
    Week10

    School: Purdue

  • 8 Pages week9
    Week9

    School: Purdue

    PHYS 221 Recitation Kevin Ralphs Week 10 Overview Multiple Lenses/Mirrors General Method 1. 2. 3. Draw a picture showing the object of interest and the lenses/mirrors in the problem Use the rules for ray tracing along with the thin-lens/mirror equation fr

  • 53 Pages Lec19
    Lec19

    School: Purdue

    Michelson Interferometer The Michelson interferometer uses the interference of two reflected waves The third, beam- splitting, mirror is partially reflecting (half silvered, except its a thin Aluminum film on glass.) Section 25.2 Michelson Interferomete

  • 9 Pages PracticeTest1
    PracticeTest1

    School: Purdue

    1)c 2)a 3)d 4)b 5)b 6)b 7)d 8)d 9)e 10)a 11)b 12)d 13)a 14)a 15)d 16)d

  • 4 Pages handout 082007
    Handout 082007

    School: Purdue

    Course: General Physics

  • 1 Page phys hw 2.2
    Phys Hw 2.2

    School: Purdue

  • 1 Page phys hw 2.1
    Phys Hw 2.1

    School: Purdue

  • 1 Page Chapter_15_Lecture_1_
    Chapter_15_Lecture_1_

    School: Purdue

  • 4 Pages lec23(2x2)
    Lec23(2x2)

    School: Purdue

    Announcement Wave-Particle Duality 1.! Isaac Newton (16421727): Light is a stream of particles. 2.! Christian Huygen (16291695): Light is a wave. 3.! Thomas Young (1801): Experimental proof that light is a wave by showing that light exhibits interference

  • 5 Pages lec24(2x2)
    Lec24(2x2)

    School: Purdue

    Classical View of Waves & Particles Quantum View 1924 Louis de Broglie: .think of an electron or any other particle as a matter wave that transfers energy and momentum to other matter at points.! de Broglie wavelength of a moving particle: != 11/27/11 1 E

  • 5 Pages lec09_ddn2x2
    Lec09_ddn2x2

    School: Purdue

    Exam 1: *Covers all readings, lectures, homework from Chapters 17 through 20.4 *The exam will be multiple choice and is meant to be done within 75 minutes by a well-prepared student. We will give 120 minutes starting promptly at the listed time, so please

  • 7 Pages lec10_2x2
    Lec10_2x2

    School: Purdue

    Exam 1: *Covers all readings, lectures, homework from Chapters 17 through 20.4 *The exam will be multiple choice and is meant to be done within 75 minutes by a well-prepared student. We will give 120 minutes starting promptly at the listed time, so please

  • 5 Pages lec11_Posted(2x2)
    Lec11_Posted(2x2)

    School: Purdue

    Exam 1: *Covers all readings, lectures, homework from Chapters 17 through 20.4 *The exam will be multiple choice and is meant to be done within 75 minutes by a well-prepared student. We will give 120 minutes starting promptly at the listed time, so please

  • 4 Pages lec12_ddn(2x2)
    Lec12_ddn(2x2)

    School: Purdue

    Lecture 12 ! Electrostatics ! motion of "q" in external E-field ! E-field generated by q Induction: DEMONSTRATION *Current flows only if there is relative motion between the loop and the magnet *Current disappears when the relative motion ceases *Faster m

  • 6 Pages lec13(2x2)
    Lec13(2x2)

    School: Purdue

    Chapter 20 *RIGHT HAND RULES Chapter 20 *RIGHT HAND RULES 10/4/11 1 10/4/11 2 Chapter 20 *RIGHT HAND RULES 3 wire with a current in a B field: Chapter 20 *RIGHT HAND RULES ! " Right-hand rule number 4 ! " L 3. L is taken in the direction of I.! ! " ! " L

  • 3 Pages lec14(2x2)
    Lec14(2x2)

    School: Purdue

    LC Circuits ! Consider the LC and RC series circuits shown: ! Suppose that at t=0 the capacitor is charged to a value of Q. + - LC Circuit Oscillations Kirchoff's loop rule C R + - I Q + + - C L C L Is there is a qualitative difference in the time develop

  • 4 Pages lec27(2x2)
    Lec27(2x2)

    School: Purdue

    Structure of the Nucleus Isotopes A=mass number 4 2 element He Z=atomic number Nucleus = neutrons + protons Z = atomic number = number of protons N =number of neutrons A =atomic mass number (nucleon number) A= Z + N 12/6/11 3 2 1 Mass of Nucleons 4 2 He 6

  • 5 Pages lec15(2x2)
    Lec15(2x2)

    School: Purdue

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    School: Purdue

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    School: Purdue

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    School: Purdue

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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    School: Purdue

    Course: General Physics

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