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ParoDepthByPressureVs.Time-OneDay-current
Course: MEDIA 0127, Fall 2009School: Wisconsin
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Depth Paro By Pressure Vs. Time From 1/26/2007 13:34:58 to 1/27/2007 13:34:58 0 Paro2 Depth 500 Paro Depth By Pressure 1000 1500 2000 2500 26.8 26.6 27 27.2 27.4 DOY Created by pjplots Sun Jan 28 09:02:37 2007 doy 028
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Depth Paro By Pressure Vs. Time From 1/26/2007 13:34:58 to 1/27/2007 13:34:58 0 Paro2 Depth
500 Paro Depth By Pressure
1000
1500
2000
2500 26.8 26.6 27 27.2 27.4 DOY Created ...
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Wisconsin - MEDIA - 0126
Paro Depth By Pres, Thermistor Temp, Paro Temp, Freeze temp Vs. Time From 1/26/2007 8:54:58 to 1/27/2007 8:54:58 0 4 Paro2 Depth From Pres (m) Paro2 Temp (C) Thermistor Temp (C) Freeze Temp at Depth (C) 500 Paro2 Depth by Pressure 2 Temperature (C) 1
Wisconsin - MEDIA - 0127
Keller Depth By Pressure Vs. Time From 1/26/2007 13:34:58 to 1/27/2007 13:34:58 0 Keller Depth500 Keller Depth By Pressure1000150020002500 26.6 26.8 27 27.2 27.4 DOY Created by pjplots Sun Jan 28 09:02:37 2007 doy 028
Wisconsin - MEDIA - 0126
Paro Depth By Pres, Thermistor Temp, Paro Temp, Freeze temp Vs. Time From 1/26/2007 8:44:58 to 1/27/2007 8:44:58 0 4 Paro2 Depth From Pres (m) Paro2 Temp (C) Thermistor Temp (C) Freeze Temp at Depth (C) 500 Paro2 Depth by Pressure 2 Temperature (C) 1
Wisconsin - MEDIA - 0126
Paro, Keller Depth By Pres, Hose Tension Vs. Time From 1/26/2007 8:44:58 to 1/27/2007 8:44:58 3500 Hose Tension Paro Depth Keller Depth Difference -500300002500 Depth By Pressure 500 String Tension 2000 1000 1500 1500 1000 20005000 26.9 27.
Wisconsin - MEDIA - 0127
Hose Tension and Paro Depth by Pressure Vs. Time From 1/26/2007 13:34:58 to 1/27/2007 13:34:58 3500 String Tension Paro2 Depth 3000 500 2500 1000 Depth By Pressure String Tension 02000150015001000 2000 5000 26.6 26.8 27 27.2 27.4 DOY Create
Wisconsin - MEDIA - 0127
Paro, Keller Depth By Pres Vs. Time From 1/26/2007 13:34:58 to 1/27/2007 13:34:58 3500 Hose Tension Paro Depth Keller Depth Difference -500300002500 Depth By Pressure 500 String Tension 2000 1000 1500 1500 1000 20005000 27.1 27.3 27.4 DOY C
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 4 1. (a)an atom with three p-shell valence electrons l1 = l2 = l3 = 1, and s1 = s2 = s3 = 1 2 assume l = l1 + l2 |l1 l2 | l |l1 + l2 | 0 l 2 and l3 = 1,0 l + l3 3 0 l 3 so l can be 0, 1, 2, 3 Notatio
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 61. See above. 2. (a) from the problem that the Fermi energy of aluminum is 11.63 ev at low temperature, low temperature means that T 0 1and for free electrons, they are fermions, so the mean number of fre
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 10 1. From the problem, the 0 has a mass m of approximately 135M ev/c2 So, m0 c2 = 135M ev mc = c 197.3M ev 1015 m = 1.463 1015 m = 2 m0 c 135M evWhile the fermi is dened as 1015 meters. So the range is th
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 9 1 When k near the origin, that means k 0 2 (k a)2 using Taylor expansion, cos(kx a) 1 (kx2a) + . . ., cos(ky a) 1 y2 + . . ., cos(kz a) 1 (kz a)2 2+ .l(kx a)2 (ky a)2 (kz a)2 +1 +1 ] 2 2 2 2
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set7 1 The maximum value of f (x) = and f (x) = x3 df (x) is given by = 0. ex 1 dxxex = 0 x 2.82 that means h = 2.82kB T 2.82kB T At T = 2.7K , = = 1.59 1011 s1 h(ex 1) 3x2 ex x3 = 0 3x2 (ex 1) x3 ex
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 3 1. (a) H= when = 0, <H> =< = p2 p2 1 >=< 2 > = 2m 2m 12 12 < kx1 >=< kx2 > = 2 2 < <H> = = (b) p2 p2 1 1 1 + 2 + kx2 + kx2 > 1 2m 2m 2 22 2 2 p 1 1 p < 1 > + < 2 > + < kx2 > + < kx2 > . 2m 2m 21 22 12 1 < p
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 8 1. rate=number of simulated emissions/per second. rate = N2 B21 u(f ) where the B21 is the coecient of stimulated emission, N2 is the number of atoms in the upper lever, u is the electromagnetic energy den
Washington University in St. Louis - PAGE - 318
Washington University in St. Louis - PAGE - 318
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set1 Each subsection counts for 10 points, if you have questions, please come to my oce crow 220, or send me email dhu@physics.wustl.edu, I think my oce hour is Monday 12-1pm, if this time is not good for you ,you
Washington University in St. Louis - PAGE - 318
Washington University in St. Louis - PAGE - 318
P hysics 318 Solution f or P roblem Set 2 1. (a) (1, 2) = (1 12 ) (1, 2). + (1, 2) = (1 + 12 ) (1, 2) = (1, 2) + (2, 1), (1, 2) = (1 12 ) (1, 2) = (1, 2) (2, 1). 12 + (1, 2) = 12 ( (1, 2) + (2, 1) = (2, 1) + (1, 2) = + (1, 2), 12 (1, 2
Washington University in St. Louis - PAGE - 318
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University of Texas - ME - 392
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