Exam3.pdfBlank PageBlank PageBlank Page208-examII-2017.pdfBlank PageBlank PageBlank PageBlank PageBlank PageBlank PageBlank PagePhysics 208 - Grading Sheet.Dept. of Physics and Astronomy. TAMU.Fill oval completely1 2 3 4 5Erase cleanly1 2 3 4 5Marking Instructions1. First Name: Last Name:2. Section:3. Clearly hand-write your 9-digit UIN in the square boxes at the right.4. Then fill out the bubbles below corresponding to the digits in theUIN.Exam Information:1. Fill whether this is exam 1, 2, 3 or the Final 1 2 3 F012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789Students Fill Only this informationList of Learning Objectives: mark only those objectives achieved.1.1 2 3 4 52.1 2 3 4 53.1 2 3 4 54.1 2 3 4 55.1 2 3 4 56.1 2 3 4 57.1 2 3 4 58.1 2 3 4 59.1 2 3 4 510.1 2 3 4 511.1 2 3 4 512.1 2 3 4 513.1 2 3 4 514.1 2 3 4 515.1 2 3 4 516.1 2 3 4 517.1 2 3 4 518.1 2 3 4 519.1 2 3 4 520.1 2 3 4 521.1 2 3 4 522.1 2 3 4 523.1 2 3 4 524.1 2 3 4 525.1 2 3 4 526.1 2 3 4 527.1 2 3 4 528.1 2 3 4 529.1 2 3 4 530.1 2 3 4 531.1 2 3 4 532.1 2 3 4 533.1 2 3 4 534.1 2 3 4 535.1 2 3 4 536.1 2 3 4 537.1 2 3 4 538.1 2 3 4 539.1 2 3 4 540.1 2 3 4 541.1 2 3 4 542.1 2 3 4 543.1 2 3 4 544.1 2 3 4 545.1 2 3 4 546.1 2 3 4 547.1 2 3 4 548.1 2 3 4 549.1 2 3 4 550.1 2 3 4 551.1 2 3 4 552.1 2 3 4 553.1 2 3 4 554.1 2 3 4 555.1 2 3 4 556.1 2 3 4 557.1 2 3 4 558.1 2 3 4 559.1 2 3 4 560.1 2 3 4 561.1 2 3 4 562.1 2 3 4 563.1 2 3 4 564.1 2 3 4 565.1 2 3 4 566.1 2 3 4 567.1 2 3 4 568.1 2 3 4 569.1 2 3 4 570.1 2 3 4 571.1 2 3 4 572.1 2 3 4 573.1 2 3 4 574.1 2 3 4 575.1 2 3 4 576.1 2 3 4 577.1 2 3 4 578.1 2 3 4 579.1 2 3 4 580.1 2 3 4 5Graders Fill Only this informationPhysics 208 - Exam III Fall 2017 (all sections) November 13th, 2017. Please fill out the information and read the instructions below, but do not open the exam until told to do so. Rules of the exam: 1. You have 75 minutes (1.25 hrs) to complete the exam.2. Formulae are provided to you with the exam on a separate sheet. Make sure you have onebefore the exam starts. You may not use any other formula sheet.3.Check to see that there are 6 numbered (6 double-sided) pages plus a blank page foradditional work if needed, in addition to the scantron-like cover page. Do not remove anypages.4. If you run out of space for a given problem, the last page has been left blank and may beused for extra space. Be sure to indicate at the problem under consideration that the extraspace is being utilized so the graders know to look at it!5. You will not be allowed to use calculators on this exam since all problems use symbols intheir problem statements or the numbers have been chosen to make any requiredarithmetic calculations straightforward. If there are problems resulting in numericalanswers you may leave them in fractional form.6. NOTE that you must show your work clearly to receive full credit.7. Cell phone use during the exam is strictly prohibited. Please turn off all ringers as callsduring an exam can be quite distracting.8. Be sure to put a box around your final answer(s) and clearly indicate your work. Creditcan be given only if your work is legible, clearly explained, and labelled.9. All of the questions require you show your work and reasoning.10. Have your TAMU ID ready when submitting your exam to the proctor.Fill out the information below and sign to indicate your understanding of the above rules Name: ____________________________________________ UIN:______________________ (printed legibly) Signature: _________________________________________ Section Number: ____________ Instructor: Mioduszewski Kocharovskaya Saslow (circle one) 1A. A particle with mass m and positive charge q moves along the circular trajectory of radius R in the x-y plane in the counterclockwise direction in the uniform magnetic field of magnitude B. (i) What is the direction of the magnetic field? (ii) What is the kinetic energy of this particle? LO P F 3.1 5.1 46.1 46.2 48.1 B. A long, straight wire carries a current of Iin the direction shown (into the page). An electron is traveling in the vicinity of the wire. At the instant when the electron (charge of electron is -e) is distance d from the wire and traveling with a speed of V directly toward the
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