PHYS 04007 Purdue

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Purdue PHYS 04007 documents:

  • Purdue PHYS 04007 Fall 2009
    File Version = 4 Test Mode: 1 (Quantum Efficiency) * Info: * User ID: John Finley Date: Monday, August 30, 2004 13:47:07 Tube Manufacturer: Photonis Model: XP2970/02 Serial Number: 032414 Tube Gain: 1e+006 Comments: 120 um + 120 um slit; cal. det: 7
  • Purdue PHYS 04007 Fall 2009
    File Version = 4 Test Mode: 1 (Quantum Efficiency) * Info: * User ID: Daniel Mendoza Date: Monday, August 30, 2004 15:22:02 Tube Manufacturer: Photonis Model: XP2970/02 Serial Number: 032609 Tube Gain: 1e+006 Comments: 120 um + 120 um slit; cal. det
  • Purdue PHYS 04007 Fall 2009
    File Version = 4 Test Mode: 1 (Quantum Efficiency) * Info: * User ID: Daniel Mendoza Date: Monday, August 30, 2004 16:12:36 Tube Manufacturer: Photonis Model: XP2970/02 Serial Number: 032626 Tube Gain: 1e+006 Comments: 120 um + 120 um slit; cal. det
  • Purdue PHYS 04007 Fall 2009
    TYPE :; XP2970/02 DATE :; 18-Aug-04 BATCH NUMBER :; 04007 BATCH SIZE :; 50 SN ; Cath. Blue ; HV @10 A/lmF ; Dark current ; PV ; microA/lmF ; V ; nA ; 032409 ; 10.
  • Purdue PHYS
  • Purdue PHYS
    Physics 241 Quiz 22b April 17, 2008 Light of wavelength in air is incident normal to a thin layer of oil film floating on water as shown. If the reflection is suppressed (dark) by interference of rays 1 and 2, what is a possible thickness d of the
  • Purdue PHYS
    Physics 241 Quiz 19b April 8, 2008 Unpolarized light of intensity I0 is sent through 3 polarizers, each of the last two rotated 60 from the previous polarizer so that the last polarizer is rotated by 120 from the first. What is the intensity transm
  • Purdue PHYS
    PHYS 172: Modern Mechanics Fall 2007 For help with homework problems, go to the Physics Learning Center in Room 11 (PHYS Bldg) during the assigned hours. Schedule can be found on the home page. It is staffed by trained teaching assistants assigned
  • Purdue PHYS
    Lecture 20-1 d Q 1 + Q = 0 0 = dt 2 LC 1 LC 2 LC Oscillations No Resistance = No dissipation f0 = 0 2 Q2 1 2 dQ , U B = LI , I = UE = 2C 2 dt Lecture 20-2 Mechanical Analogy No friction = No dissipation d 2x k k + x = 0 0 = dt 2