• 9 Pages HW5Sol
    HW5Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW5 Solutions Winter Term, 2010 1. Two loudspeakers on a concert stage are vibrating in phase. You are sitting at a distance of 5.50 m from the left speaker and 3.86 m from the right speaker. The speakers are playing mu

  • 4 Pages Lab8-9
    Lab8-9

    School: Oregon State

    Course: General Physics5

    Oregon State University PH 202 Winter, 2010 Lab 8-9: Thermodynamics (take-home) This take-home lab is due on Monday, March 8 at 5:00 p.m. (turn it in to your Lab TAs box outside of Wngr 234). This lab covers topics from Chapters 11 and 12 of the text. to

  • 5 Pages 0301 Notes
    0301 Notes

    School: Oregon State

    Course: General Physics5

    Graphing the Work Done by a Gas The work done by a gas during any thermal process is the area under its P-V graph for that process. Isobaric: System stays at constant pressure. W = P V = P(Vf Vi) V/T = const. Eth = Q + P(Vf Vi) = Q P(Vf Vi) System stays a

  • 9 Pages 0217 Notes
    0217 Notes

    School: Oregon State

    Course: General Physics5

    Radiation The third form of heat transfer happens via electromagnetic waves that carry energy. Here are examples of electromagnetic waves. (Notice that the more energetic the wave, the shorter its wavelength.) Gamma rays X-rays Ultraviolet Visible light I

  • 6 Pages 0215 Notes
    0215 Notes

    School: Oregon State

    Course: General Physics5

    Heat Transfer Processes We now know a little something now about how to calculate the results of a heat transfer. But what about the process of the transfer itself? How does it happenand how fast? There are three basic processes: Convection Conduction Rad

  • 7 Pages 0212 Notes
    0212 Notes

    School: Oregon State

    Course: General Physics5

    Heat is 1. 2. measured in the same units as temperature. energy transferred between objects as a result of their temperature difference. what an object has because it has a temperature. the total energy contained in an object. none of the above. 3. 4. 5.

  • 15 Pages 0208 Notes
    0208 Notes

    School: Oregon State

    Course: General Physics5

    Chemistry Review: In the periodic table of elements, each element has an atomic number. What does that number mean? 1. 2. 3. 4. 5. It indicates the number of protons in the atoms nucleus. It indicates the number of neutrons in the atoms nucleus. It indica

  • 6 Pages 0205 Notes
    0205 Notes

    School: Oregon State

    Course: General Physics5

    An Extended Look at Thermal Expansion Review the basics: The arm of a simple pendulum is a long, thin metal wire. When the temperature drops. 1. The period of the pendulum increases. 2. The period of the pendulum decreases. 3. The period of the pendulum d

  • 9 Pages 0203Notes
    0203Notes

    School: Oregon State

    Course: General Physics5

    Temperature and Heat What are they? Whats the difference? Heat is the transfer of energy from one object to another specically, the kinetic energy of the random motions of particles in the objects. Temperature is a measurement that compares the average ki

  • 10 Pages 0115 Notes
    0115 Notes

    School: Oregon State

    Course: General Physics5

    Waves A wave is a traveling disturbance in a material. It is the disturbance that travels, not the material. A given particle of the material moves only slightlyin place; it is temporarily displaced a small distance from its original position. So the moti

  • 9 Pages 0113 Notes
    0113 Notes

    School: Oregon State

    Course: General Physics5

    Review: Oscillations of an Ideal Spring Recall the basics of an ideal spring-mass system: Its maximum displacement, A, is called its amplitude. Its maximum speed occurs at minimum (zero) displacement; Its minimum speed occurs at maximum displacement. Its

  • 7 Pages 0111 Notes
    0111 Notes

    School: Oregon State

    Course: General Physics5

    Steady Flow of Incompressible Fluid Static pressure is just thatstatic. Its equations apply only when the uid is at rest. But what if that uid is moving? What relationships exist between pressure, depth and speed in a steady ow of incompressible uid? To n

  • 8 Pages 0108 Notes
    0108 Notes

    School: Oregon State

    Course: General Physics5

    Pdeep = Pshallow + gh Tools that Use Effects of Static Fluid Pressure Pressure at depth: Pressure gauges Drinking straws and barometers Pascals Principle: Hydraulics Archimedes Principle: All otation devices 1/8/10 Oregon State University PH 202, Lecture

  • 8 Pages 0106 Notes
    0106 Notes

    School: Oregon State

    Course: General Physics5

    Please log in now with your Quizdom clicker Do this (and if you need help, please ask me or someone nearby): 1. Press and hold the [MENU] key until the clicker powers on. 2. Press the > key until you see Session ID. Select this by pressing the Send key (t

  • 8 Pages 0104 Notes
    0104 Notes

    School: Oregon State

    Course: General Physics5

    Physics 202 Chris Cofn Wngr 283 cofnc@physics.oregonstate.edu http:/www.physics.oregonstate.edu/ ~cofnc/COURSES/ph202 Welcome! 1/4/10 Oregon State University PH 202, Lecture #1 1 Announcements For all registration issues, please go to the Physics Ofce (Wn

  • 6 Pages 0219 Notes
    0219 Notes

    School: Oregon State

    Course: General Physics5

    As you arrive today, please take some time to ll out an evaluation. Blank forms and pencils are available on the front tables. If you borrow a pencil, please be sure to return it. Give your completed form to the student volunteer. Thank you. PH 202 (Winte

  • 7 Pages 0222 Notes
    0222 Notes

    School: Oregon State

    Course: General Physics5

    Does a single particle have a temperature? 1. 2. 3. Always. Never. Sometimes (when it has a fever). 2/22/10 Oregon State University PH 202, Lecture 21 1 The Average Kinetic Energy of a Single Particle in an Ideal Gas With many particles bouncing around in

  • 8 Pages 0226 Notes
    0226 Notes

    School: Oregon State

    Course: General Physics5

    Thermodynamics We are now equipped with equations that relate T (the absolute temperature), KT.avg (the average kinetic energy of one particle), and Eth (the total thermal energy of all particles) of a simple collection of ideal gas. Well, so what? Of wha

  • 2 Pages MT2X
    MT2X

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Midterm Exam #2 Form X Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it

  • 2 Pages MT1XSol
    MT1XSol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Midterm Exam #1 Form X Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it

  • 2 Pages MT1X
    MT1X

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Midterm Exam #1 Form X Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it

  • 2 Pages FinalXSol
    FinalXSol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Final Exam Form X Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it is no

  • 2 Pages FinalX
    FinalX

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Final Exam Form X Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it is no

  • 4 Pages FinalSol
    FinalSol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Final Exam (Form A) Winter Term, 2010 General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided that it is

  • 11 Pages Class 12 Notes
    Class 12 Notes

    School: Oregon State

    Course: General Physics5

    Example: The front-row seats in an auditorium are 10.4 m from a loudspeaker (circular aperture: 24.4 cm) on stage. The seats are placed every 0.75 m (with the middle seat centered in front of the loudspeaker). In what seat nearest the middle seat of the r

  • 9 Pages Class 11 Notes
    Class 11 Notes

    School: Oregon State

    Course: General Physics5

    Review: You are at a party being held outside an apartment building. Two outdoor loudspeakers are emitting a single tone (in phase) of 171.5 Hz. Speaker A is at ear level. Speaker B is sitting on a balcony, exactly 4 m above speaker A. Standing 3 m from s

  • 8 Pages 0310 Notes
    0310 Notes

    School: Oregon State

    Course: General Physics5

    The First Law of Thermodynamics (re-stated) You cant win: To do 1 Joule of work on an object you cannot spend less than 1 Joule of energy. Energy is neither created nor destroyed in the universe. The Second Law of Thermodynamics (re-stated) You cant even

  • 7 Pages 0308 Notes
    0308 Notes

    School: Oregon State

    Course: General Physics5

    The First Law of Thermodynamics For any thermal process: Eth.process = Qprocess + Wprocess The Second Law of Thermodynamics Heat ows spontaneously only from a substance at a higher temperature to a substance at a lower temperature. (By spontaneous, we mea

  • 10 Pages 0305 Notes
    0305 Notes

    School: Oregon State

    Course: General Physics5

    A monatomic ideal gas held in a cylinder at 200,000 Pa rises in temperature from 300 K to 900K as it expands isobarically. Then it is cooled isochorically to 225 K. If its original volume was 2 m3, nd the change in the thermal energy of the gas. 1. 100 kJ

  • 6 Pages 0303 Notes
    0303 Notes

    School: Oregon State

    Course: General Physics5

    A monatomic ideal gas maintains a constant temperature as 4700 J of heat ows into it. Using the usual sign conventions, what is the work done in this process? 1. 4700 J 2. 4700 J 3. 0 J 4. There is not enough information to answer. 5. None of the above. (

  • 3 Pages PH202 update HW1-2
    PH202 Update HW1-2

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW1-2 Winter Term, 2010 Note: This HW assignment, due January 15, covering topicsmixed freelyfrom Chapter 13 of the text. Of these problems, to freelyfrom only two will be scored (for a possible 20 points). Dont forget

  • 3 Pages PH202 HW1-2
    PH202 HW1-2

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW1-2 Winter Term, 2010 Note: This HW assignment, due January 15, covering topicsmixed freelyfrom Chapter 13 of the text. Of these problems, to freelyfrom only two will be scored (for a possible 20 points). Dont forget

  • 8 Pages HW8-10Sol
    HW8-10Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW8-10 Solutions Winter Term, 2010 1. Helium (He), a monatomic gas, lls a 0.031-m3 container. The pressure of the gas is 5.6 x 105 Pa. How long would a 0.333-hp engine have to run (1 hp = 746 W) to produce an amount of

  • 8 Pages HW8-10Sol
    HW8-10Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Winter Term, 2009 HW8-10 Solutions 1. Helium (He), a monatomic gas, fills a 0.013-m3 container. The pressure of the gas is 6.5 x 105 Pa. How long would a 0.25-hp engine have to run (1 hp = 746 W) to produce an

  • 9 Pages Class 11 Notes
    Class 11 Notes

    School: Oregon State

    Course: General Physics5

    Review: You are at a party being held outside an apartment building. Two outdoor loudspeakers are emitting a single tone (in phase) of 171.5 Hz. Speaker A is at ear level. Speaker B is sitting on a balcony, exactly 4 m above speaker A. Standing 3 m f

  • 11 Pages Class 4 Notes
    Class 4 Notes

    School: Oregon State

    Course: General Physics5

    Using the Quizdom Clickers When you arrive today, please do the following (and if you encounter any difficulties, raise your hand): A. Turn on your Quizdom handset by pressing and holding down the [MENU] key until you see the display come on. B. Set

  • 5 Pages Class 1 Notes
    Class 1 Notes

    School: Oregon State

    Course: General Physics5

    Physics 202 Chris Coffin Wngr 283 coffinc@physics.oregonstate.edu http:/www.physics.oregonstate.edu/ ~coffinc/COURSES/ph202 Welcome! 1/5/09 Oregon State University PH 202, Lecture #1 1 Announcements For all registration issues, please go to the Phy

  • 1 Page InertiaTable
    InertiaTable

    School: Oregon State

    Course: General Physics5

    Hoop about central axis Annular cylinder (or ring) about central axis I=MR 2 (a) - y Solid cylinder (or disk) about central axis Axis ~ (b) R v( 1= I I ~ Solid cylinder (or disk) about central diameter (d) Thin rod about axis

  • 3 Pages hw11
    Hw11

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 5, 2009 1. A U-tube (open at both ends) contains mercury. When 11.2 cm of water is poured into the right side, how high does the mercury in the left side rise above its initial level? Answer: 0.412 cm 2. A swi

  • 3 Pages hw19
    Hw19

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due March 4, 2009 1. Two large parallel sheets of charge with uniform charge densities are separated by a distance that is small compared with their dimensions. One sheet carries a positive charge density of +6.8 C/m2, and

  • 1 Page HW3-4
    HW3-4

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW3-4 Winter Term, 2009 This HW assignment, due February 2, covers topics from Chapter 16 of the text. Of these problems, topics two will be scored (for a possible 10 points each). Dont forget the extra credit p

  • 3 Pages hw12
    Hw12

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 9, 2009 1. A hollow sphere of inner radius 8.00 cm and outer radius 9.00 cm floats half submerged in a liquid of density 0.800 g/cm3. (a) What is the mass of the sphere? (b) What is the density of the material

  • 4 Pages MT2Sol
    MT2Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Midterm Exam #2 Form A Winter Term, 2009 r General directions: Only one sheet of paper (8.5 x 11both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provide

  • 2 Pages FinalX
    FinalX

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Final Exam Form X Winter Term, 2009 r General directions: Only one sheet of paper (8.5" x 11"-both sides), with only handwritten notes, may be used during this exam. You may use any kind of calculator, provided

  • 3 Pages hw14
    Hw14

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 16, 2009 1. A string fixed at both ends is 8.36 m long and has a mass of 122 g. It is subject to a tension of 96.7 N and set vibrating. (a) What is the speed of waves in the string? (b) What is the wavelength

  • 3 Pages hw7
    Hw7

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due January 22, 2009 1. For 6 tosses of a fair coin, enumerate all possible outcomes in terms of heads and tails and show that the relative number of heads and tails agrees with the binomial formula. 2. Suppose we have 6 u

  • 2 Pages soln11
    Soln11

    School: Oregon State

    Course: General Physics5

    Us (~ I)\.lrc(,~ - wc.-kr \r\ ~-{ ~l~ q-.~ l'\.U" C-i'1 ";:. 2:x ~"\ IJ-we {.e- :- h D- P v-e ~ ") u\ pr't' ~ s:-vIAJ ~ v.Jt.- ~ " f ~ ~ ~ :- l' m ~ (2Z< ) fWh : ~ '\.' ~ <-{,'\.A ~ ~ Ct,(.~ : y:.~ ~ i~ (l,ct)cd r- ?) ( lL 1. ('~ , e2 (

  • 2 Pages soln12
    Soln12

    School: Oregon State

    Course: General Physics5

    cut. I Std)~ ~ =: :; ~ if ~ rrr~ "'-! ('17(1.,;,-) l) =l 517 <-.-.3 j', E;l:;. j,tv- 3 Yn 3 BU(/'1 (l",'1 ~. :- =- we~11j J{ o1iS~IJ.-u.J-tLJ S VJ =- (0. ~ID 'j?V' ~ /" .J( '07 j./,/)",') ( 'M'i) ~ , /. 't 1- AI: vve~'7 d i't1J<js I /, 2;/,

  • 3 Pages hw13
    Hw13

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 12, 2009 1. The equation of a transverse wave traveling along a string is y(x,t) = (2.30 mm)sin(1822x ! 588t) where x is measured in meters and t in seconds. Find (a) the amplitude, (b) the frequency, (c) the

  • 2 Pages HW8-10
    HW8-10

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW8-10 Winter Term, 2010 This HW assignment, due March 13, covers topics from Chapters 11 and 12 of the textand some may also use to from concepts concepts and relations from other chapters covered this term. Of these t

  • 14 Pages HW6-7Sol
    HW6-7Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Winter Winter Term, 2010 HW6-7 1. A spherical balloon is made from a rubber material. The mass of the rubber is 4.00 kg. The thickness of the rubber is negligible compared to the 2.00-m radius of the balloon. The balloo

  • 3 Pages HW6-7
    HW6-7

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 Winter Winter Term, 2010 HW6-7 This HW assignment, due February 22, covers topicsmixed freely, mainly from Chapter 12 (and possibly other to freely, from 12 chapters) of the text. Of these 13 problems, two will be score

  • 2 Pages HW5
    HW5

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW5 Winter Term, 2010 This HW assignment, due February 8, covers topics from lecture and from Chapter 16 (and also possibly Chapto from lecture from ters 13-15) of the text. Of these problems, two will be scored (for a

  • 4 Pages HW3-4Sol
    HW3-4Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW3-4 Solutions Winter Term, 2010 1. Chapter 15, Problem 62 (page 505). a. The wave is traveling in the x direction (indicated by the + sign in the cosine argument). b. Looking at the two parts of the argument of the co

  • 1 Page HW3-4
    HW3-4

    School: Oregon State

    Course: General Physics5

  • 9 Pages HW1-2Sol
    HW1-2Sol

    School: Oregon State

    Course: General Physics5

    Oregon State University Physics 202 HW1-2 Solutions Winter Term, 2010 1. Pure water and then oil (which dont mix) are poured into a U-shaped tube, open at both ends. The liquids come to equilibrium as shown here. What is the oils density? The key to this

  • 3 Pages hw21
    Hw21

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due March 9, 2009 Chapter 16, problems 36, 37, 38, and 41 Answers: 36. 150 V/m 37. (b) 145 V 38. 7.1 107 m/s

  • 3 Pages hw20
    Hw20

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due March 5, 2009 Chapter 15, problems 32, 34, and 38 Answers: 32. (b) 1.76 1016 m/s2 , 38. (c) 2.7 nC (c) 3.2 10-9 C

  • 3 Pages hw18
    Hw18

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework Due March 2, 2009 1. A rod of length L lies along the x axis between x = 0 and x = L. The portion of the rod between x = 0 and x = L/2 has a uniformly distributed negative charge Q/2 and the portion of the rod between x =

  • 3 Pages hw17
    Hw17

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 25, 2009 Chapter 14, problems 50, 51, and 53

  • 3 Pages hw16
    Hw16

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 23, 2009 Chapter 13, problems 36, 38abc, 39, 40 Answers: 36. (a) 1.92 105 N/C to the right 38. (b) <32.4, 91.8, 0> N (c) <4.73 107, -0.51 107, 0> N/C 39. <-7484, 1842, 0> N/C 40. 4.54 N/C (direction?)

  • 3 Pages hw15
    Hw15

    School: Oregon State

    Course: General Physics5

    Ph202H/212H W09 Homework due February 19, 2009 1. A point charge of +3.12 10-6 C is located at the origin. A second point charge of -1.48 10-6 C is located at x = 0.123 m. (a) What is the electric field due to the first charge at the location of

  • 3 Pages L13wksht
    L13wksht

    School: Oregon State

    Course: General Physics5

    'Ii:, ? L J'7@ l V1.- V; : \.00 Y, I(i\" ~ VI. TJ. ,. '2. t.-{ b jt t? r pc-? J Vt. '\) : ') f-')/( ?~ : '\, ~ 2.'18 'j.tJ :)'i'c. L 2-r1- YtJ~ liv'- V3 ~ Y\~: fJ., > '14'~ '" '-to k Pit -: f\1?:iJl V't Yvt1-:-0 lv\1.. -: - . . ,

Back to course listings