# Register now to access 7 million high quality study materials (What's Course Hero?) Course Hero is the premier provider of high quality online educational resources. With millions of study documents, online tutors, digital flashcards and free courseware, Course Hero is helping students learn more efficiently and effectively. Whether you're interested in exploring new subjects or mastering key topics for your next exam, Course Hero has the tools you need to achieve your goals.

1 Page

### hw250_5

Course: PHYS 250, Fall 2009
School: Oakland University
Rating:

Word Count: 105

#### Document Preview

250 PHYS Homework 5 Assigned, Tuesday, September 30, 2003 Due, in class, Tuesday, October 7, 2003 1. 2. (7 pts.) F&amp;C, 3-18. (7 pts.) From Marion and Thornton A mass moves in one dimension and is subject to a constant force + F0 when x &lt; 0 and to a constant force - F0 when x &gt; 0 . Describe the motion by constructing phase a diagram. Calculate the period of the motion in terms of m, F0 , and...

Register Now

#### Unformatted Document Excerpt

Coursehero >> Michigan >> Oakland University >> PHYS 250

Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.

Course Hero has millions of student submitted documents similar to the one below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
250 PHYS Homework 5 Assigned, Tuesday, September 30, 2003 Due, in class, Tuesday, October 7, 2003 1. 2. (7 pts.) F&C, 3-18. (7 pts.) From Marion and Thornton A mass moves in one dimension and is subject to a constant force + F0 when x < 0 and to a constant force - F0 when x > 0 . Describe the motion by constructing phase a diagram. Calculate the period of the motion in terms of m, F0 , and the amplitude A. (Disregard damping.) (7 pts.) From Symon. A critically damped harmonic oscillator with ...

Textbooks related to the document above:
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more. Course Hero has millions of course specific materials providing students with the best way to expand their education.

Below is a small sample set of documents:

Oakland University - PHYS - 250
Outline - Chapter 2Rectilinear Motion Reading: Fowles and Cassidy, Secs. 2.1 to 2.4 Kinematics (description of motion) Using differentials from calculus to define the acceleration and velocity Role of integration and differentiation in going betwe
Oakland University - PHYS - 250
OutlineChapter 3 (3.1-3.6), OscillationsIntroduction Many systems have oscillations and periods. Simplest system is Simple Harmonic Oscillator (SHO) 2 SHO has period T = independent of amplitude. SHO, like other second-order differentia l equa
Oakland University - PHYS - 250
PHYS 250 Homework 6Assigned, Thursday, October 30, 2003 Due, Thursday, November 6, 2003 1. 2. 3. 4. 5. 6. 7. (2 pts.) F&amp;C, 1-17. (2 pts.) F&amp;C, 1-18. (2 pts.) F&amp;C, 1-19. (3 pts.) F&amp;C, 1-22. (3 pts.) F&amp;C, 1-24. (3 pts.) F&amp;C, 1-25. (5 pts.) F&amp;C, 1-28.
Oakland University - PHYS - 250
PHYS 250 Homework 7Assigned, Thursday, November 6, 2003 Due, Tuesday, November 25, 2003 1. 2. 3. 4. 5. 6. (2 pts.) F&amp;C, 4-2. (2 pts.) F&amp;C, 4-4. (4 pts.) F&amp;C, 4-7. (4 pts.) F&amp;C, 4-11. (3 pts.) F&amp;C, 4-13. (5 pts.) F&amp;C, 4-17.
Oakland University - PHYS - 250
PHYS 250 Homework 8Assigned, Tuesday, November 18, 2003 Due, Tuesday, November 25, 2003 1. 2. 3. 4. (5 pts.) F&amp;C, 6-10. (5 pts.) F&amp;C, 6-11. (5 pts.) F&amp;C, 6-16. (5 pts.) F&amp;C, 6-19.
Oakland University - PHYS - 251
PHYS 251 Mechanics IIInstructor: Office: Email: Office hours:Prof. Kathie E. Newman 333E NSH newman.1@nd.edu MW 1:30 pm to 3:00 pm Appointments may be scheduled by emailText:Analytical Mechanics, Grant R. Fowles and George L. CassidyRecomme
Oakland University - PHYS - 251
PHYS 251 Homework 1 Assigned: Tuesday, Jan. 20 Due: Tuesday, Jan. 27 1. 2. 3. 4. 5. (3 pts.) F&amp;C, 5-9 (3 pts.) F&amp;C, 5-10 (5 pts.) F&amp;C, 5-16 (5 pts.) F&amp;C, 5-18 (4 pts.) F&amp;C, 5-19.
Oakland University - PHYS - 251
PHYS 251 Homework 3 Assigned: Tuesday, Feb. 17 Due: Tuesday, Feb. 24 1. 2. 3. 4. 5. (5 pts.) F&amp;C 7.6. (3 pts.) F&amp;C 7.12 (5 pts.) F&amp;C 7-14. (5 pts.) F&amp;C 7-15. (2 pts.) F&amp;C 7-16.
Oakland University - PHYS - 251
PHYS 251 Homework 4 Assigned: Thursday, March 4 Due: Thursday, March 181. 2. 3. 4. 5.(4 pts.) F&amp;C 8.6. (4 pts.) F&amp;C 8.11 (4 pts.) F&amp;C 8-13. (4 pts.) F&amp;C 8-14. (4 pts.) F&amp;C 8-22.
Oakland University - PHYS - 251
PHYS 251 Homework 5 Assigned: Tuesday, March 23 Due: Tuesday, March 30 Recommended reading: Barger and Olsson, 6.8-6.11 1. (4 pts.) One of the Super-Ball examples discussed in class is a ball that is dropped straight down with spin. Use equations der
Oakland University - PHYS - 251
PHYS 251 Homework 6 Assigned: Thursday, April 1 Due: Tuesday, April 131.(5 pts.) F&amp;C, 9-9. (5 pts.) F&amp;C, 9-14. (5 pts.) F&amp;C, 9-15. (5 pts.) F&amp;C, 9-232.3.4.
Oakland University - PHYS - 251
Outline/Study SheetChapter 5 Moving Coordinate SystemsMoving Origin of Coordinates (Sec. 5.1) Know the difference between an inertial and non- inertial coordinate system. For an accelerating translated non- inertial system, understand the origin
Oakland University - PHYS - 252
PHYS 252 Intermediate Classical MechanicsInstructor: Office: Email: Office hours:Prof. Kathie E. Newman 333E NSH newman.1@nd.edu MW 2:00-3:30 Appointments may be scheduled by email Classical Dynamics of Particles and Systems, 5th edition, Stephen
Oakland University - PHYS - 252
PHYS 252 Homework 1 Assigned: Tuesday, Jan. 18, 2005 Due: Tuesday, Jan. 25, 20051. 2. 3. 4. 5.(5 pts.) Thornton and Marion, 2.9. (5 pts.) Thornton and Marion, 2.13. (5 pts.)Thornton and Marion, 2.32. (5 pts.) Thornton and Marion, 2.37. (5 pts.) T
Oakland University - PHYS - 252
PHYS 252 Homework 2 Assigned: Tuesday, Feb. 1, 2005 Due: Tuesday, Feb. 8, 20051. 2. 3.(5 pts.) Thornton and Marion, 2.52. (3 pts.) Thornton and Marion, 3-2. (4 pts.) (From Symon, Chapter 2, problem 43.) A mass of 1000 kg drops from a height of 10
Oakland University - PHYS - 252
PHYS 252 Homework 5 Assigned: Thursday, March 17, 2005 Due: Thursday, March 24, 20051. (4 pts.) Thornton and Marion, 7-2. 2. (6 pts.) Thornton and Marion, 7-7. 3. (5 pts.) Thornton and Marion, 7-14. 4. (5 pts.) Thornton and Marion, 7-18.
Oakland University - PHYS - 252
PHYS 252 Homework 6 Assigned: Tuesday, March 29, 2005 Due: Tuesday, April 5, 20051. (5 pts.) Thornton and Marion, 7-22. 2. (5 pts.) Thornton and Marion, 7-24. 3. (5 pts.) Thornton and Marion, 7-25.
Oakland University - PHYS - 252
PHYS 252 Homework 7 Assigned: Thursday, April 14, 2005 Due: Thursday, April 21, 20051. (7 pts.) Thornton and Marion, 8-8. A similar problem to this one will be gone through in class on Tuesday. 2. (5 pts.) Thornton and Marion, 8-11. Hint, find the
Oakland University - PHYS - 271
PHYS 271Homework 1Assigned: Monday, Aug. 30, 2004 Due: Monday, Sept. 6, 2004Questions can be asked about homework during tutorial or office hours. When a problem asks you to use graphical software, you may ignore this. 1. 2. 3. 4. 5. 6. 7. 8. 9. (
Oakland University - PHYS - 271
PHYS 271 Homework 5Assigned: September 27, 2004 Due: October 4, 20041. (2 pts.) Simplify the following expression: r r r r r r a ( a ) + a [ ( a )] + a 2 a .2. (1 pt.) Warmup. Find the area of the ellipse: x2 y2 + = 1. a2 b2 Hints: Try us
Oakland University - PHYS - 271
PHYS 271 Homework 6Assigned: October 4, 2004 Due: October 11, 2004In the following practice problems (1 to 6), use formulas from the inside cover of your book to evaluate the following expressions. 1. (2 pts.) ^ ^ ^ ^ In cylindrical coordinates,
Oakland University - PHYS - 271
PHYS 271 Homework 7Assigned: October 25, 2004 Due: November 1, 20041. (3 pts.) Find the value of the following determinant. Try to use the properties of determinants to minimize the amount of calculation that you do. gc 0 c a ge a + ge gb + ge b b
Oakland University - PHYS - 271
PHYS 271 Homework 8Assigned: Monday, November 1, 2004 Due: Monday, November 8, 20041. (3 pts.) W&amp;A, 3.3.1. 2. (4 pts.) W&amp;A, 3.3.7. Note, you can prove this without needing to multiple complicated matrices out &quot;long hand.&quot; 3. (2 pts.) W&amp;A, 3.3.9. 4.
Oakland University - PHYS - 271
PHYS 271 Homework 9Assigned: Monday, November 8, 2004 Due: Monday, November 15, 20041. (3 pts.) W&amp;A, 3.5.6. 2. (3 pts.) W&amp;A, 3.5.12. 3. (3 pts.) W&amp;A, 3.5.15. 4. (4 pts.) (a) Show that C (C -1 MC ) n C -1 = M n . 8 - 4 (b) For M = - 4 2 , find t
Oakland University - PHYS - 271
PHYS 271 Homework 10Assigned: Friday, November 19, 2004 Due: Monday, November 29, 20041. (2 pts.) Find the interval of convergence of the following power series. Make sure that you also consider the convergence behavior of the end points of the int
Oakland University - PHYS - 250
Mathlab program used for escape velocity plots 9-4-03 v0=1.0999e04 vgrav=6.25e7 Eoverm=v0*v0/2- vgrav xmax=-vgrav/Eoverm thetamax=acos(1/sqrt(xmax) dtheta=thetamax/100 theta=[-thetamax:dtheta:thetamax] tconst=6.38e03/60/60 t=tconst*(theta+0.5*sin(2*t
Oakland University - PHYS - 250
x(t) 2.5distance x/Re21.51 -2.5-2-1.5-1-0.50 time t (hours) v(t)0.511.522.51x 1040.5 velocity m/sec0-0.5-1 -2.5-2-1.5-1-0.50 time t (hours)0.511.522.5
Oakland University - PHYS - 250
x(t) 3distance x/Re21 -3-2-10 time t (hours) v(t)1231x 1040.5 velocity m/sec0-0.5-1 -3-2-10 time t (hours)123
Oakland University - PHYS - 250
x(t) 54 distance x/Re321 -3-2-10 time t (hours)1231x 104v(t)0.5 velocity m/sec0-0.5-1 -3-2-10 time t (hours)123
Oakland University - PHYS - 250
x(t) 10 8 distance x/Re 6 4 2 0 -3-2-10 time t (hours) v(t)1231.5 1 velocity m/sec 0.5 0 -0.5 -1x 104-1.5 -3-2-10 time t (hours)123
Oakland University - PHYS - 250
x(t) 15distance x/Re1050 -3-2-10 time t (hours) v(t)1231.5 1 velocity m/sec 0.5 0 -0.5 -1x 104-1.5 -3-2-10 time t (hours)123
Oakland University - PHYS - 250
x(t) 25 20 distance x/Re 15 10 5 0 -3-2-10 time t (hours) v(t)1231.5 1 velocity m/sec 0.5 0 -0.5 -1x 104-1.5 -3-2-10 time t (hours)123
Oakland University - PHYS - 250
x(t) 4030 distance x/Re20100 -3-2-10 time t (hours) v(t)1231.5 1 velocity m/sec 0.5 0 -0.5 -1x 104-1.5 -3-2-10 time t (hours)123
N. Georgia - LAFRYE - 3714
Computer VirusesLolly Frye CSCI 1100 M,W 1:25What is a Computer Virus A program that copies itself without the knowledge of the owner They can infect other computers by the owner of the infected computer unknowingly transferring it via email, Cd
UCSC - T - 0396
T0396 dssp-ehl22 1110203040H 2 1HHHH 2 1EH101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K EK Y EA I Q WI L N F IE S L P CT
UCSC - T - 0396
T0396.t04 CB8-sep92 1110203040A 2 1F EA GD GF GH G ED AG E A E G AF E A E AE AGA D G D A E 2 1AAE AEG H G A G E AE D AE AE AE AE A101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQ
UCSC - T - 0396
T0396.t04 CB_burial_14_73 2 1110203040A 3 2 1EDFGFD E AB A BE DFE FD F D B D AE5160708090B D F D B D E B A 3 2 1BD AB E F D F G FFEF E BD B AB A B D A B EB D E B101QS I LKA100
UCSC - T - 0396
T0396.t04 alpha2 1110203040B E I H S 2 1HB H S BHB HG B I 2 1ESI HB S B EBI HEBH S E B101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M
UCSC - T - 0396
T0396.t04 bys4 3 2 110203040S P H 4 3 2 1G S HG PHPHD H 4 3 2 1P E G P HGPEP HP H101QS I LKP1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E501GS M LHWGP
UCSC - T - 0396
T0396.t04 dssp-ehl22 1110203040H 2 1HHH 2 1H101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K EK Y EA I Q WI L N F IE S L P CT R
UCSC - T - 0396
T0396.t04 n_notor2 1110203040N 2 1HNS HNHG N 2 1S HN HNSHN HN101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K
UCSC - T - 0396
T0396.t04 n_notor22 1110203040N 2 1HNHNHG N 2 1SN HNSN HN101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K EK Y
UCSC - T - 0396
T0396.t04 n_sep3 2 1110203040D 3 2 1DHDDHDH5160708090G D 3 2 1DHI DA DG HD G H D101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYA
UCSC - T - 0396
T0396.t04 o_notor3 2 1110203040N 3 2 1HNHMNH5160708090M N 3 2 1HM HM NG N101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K E
UCSC - T - 0396
T0396.t04 o_notor23 2 1110203040N 3 2 1HB NHNH5160708090M H 3 2 1MNHM HNH G N H N101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFF
UCSC - T - 0396
T0396.t04 o_sep3 2 1110203040D 3 2 1HD A DHD B G DH5160708090B H 3 2 1B H DHB HB HB DG D101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSL
UCSC - T - 0396
T0396.t04 pb4 3 2 110203040F K 4 3 2 1MKMFBF KMPFKMP 4 3 2 1DF B F KMN O P ADF KM101QS I LKP1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50
UCSC - T - 0396
T0396.t04 str22 1110203040G 2 1HTHHH 2 1HTHT101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K EK Y EA I Q WI L N F IE
UCSC - T - 0396
T0396.t04 str43 2 1110203040S V S G S V 3 2 1S HE V S G VS HG VS H5160708090G 3 2 1V S G V U S V S HI V T VU VS HE VS G101QS I LKS V100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S
UCSC - T - 0396
T0396.t04 w0.56 5 4 3 2 1110203040G 6 5 4 3 2 1HTHHH 6 5 4 3 2 1HTHT101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K
UCSC - T - 0396
T0396.t06 CB8-sep92 1110203040A 2 1F E DG F E GF G FE F AE AF D A E G E A FA F EF AFA D F D A E 2 1AF AF G E F G F A F E AE AE AD AE AEA101QS I LK1005160708090HH A FSYLT KNPLTLNNSED
UCSC - T - 0396
T0396.t06 CB_burial_14_72 1110203040A 2 1D EE FGFD E B ABF DFD E FD ED E BEB D F D B D E B A 2 1BB D AB E F D F G F D FE B E D AB D A B DB DA101QS I LK1005160708090HH A FSYLT KNPL
UCSC - T - 0396
T0396.t06 alpha3 2 1110203040B I H 3 2 1S D HE B I S BHS BH5160708090S B 3 2 1EDHB S B E A BI HEBH S H B E101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E
UCSC - T - 0396
T0396.t06 bys4 3 2 110203040T P H 4 3 2 1G S HE H G PHG D P HD P H P E G P H 4 3 2 1GPEP HPH101QS I LKE H E1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E501
UCSC - T - 0396
T0396.t06 dssp-ehl22 1110203040H 2 1HHHH 2 1H101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIFFSDAPSW K EK Y EA I Q WI L N F IE S L P C
UCSC - T - 0396
T0396.t06 n_notor23 2 1110203040N 3 2 1HB NS HG NH5160708090N S N 3 2 1S HG NSHN101QS I LKG N100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAIF
UCSC - T - 0396
T0396.t06 n_sep4 3 2 110203040D 4 3 2 1HDHDHG D 4 3 2 1HG I DHD HD101QS I LK1005160708090HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E501GS M LHWGP KYWRSLHLYAIFFSDAPSW
UCSC - T - 0396
T0396.t06 near-backbone-113 2 1110203040A 3 2 1D H GD IG J K I J I K I G H D AB G A B G AK GG K GJ I D G I B G A D J G5160708090G K F 3 2 1G JG A G B K BAD I GH JD G J G D J GD I A D A D G B G A D
UCSC - T - 0396
T0396.t06 o_notor3 2 1110203040N 3 2 1HB NHM HG NH5160708090M H 3 2 1M NHM HM NHNH N101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSL
UCSC - T - 0396
T0396.t06 o_notor23 2 1110203040N 3 2 1HB NHM NH5160708090M H 3 2 1MG NHM HJ G NG N101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP KYWRSLHLYAI
UCSC - T - 0396
T0396.t06 o_sep3 2 1110203040D 3 2 1HB HDHB HBDH5160708090B H 3 2 1B H B G DHB HDG DG D101QS I LK100HH A FSYLT KNPLTLNNSEDFQYWTFAF H NN V NN R L NK K I I SW S E Y KN I Y E50GS M LHWGP K