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- Title: steam_table_A-1
- Type: Notes
- School: Berkeley
- Course: E 115
- Term: Fall
Coursehero >> California >> Berkeley >> E 115
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 100 Fall, 2008
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
Path: Berkeley >> EE >> 117 Fall, 2009
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PROPERTIES THERMODYNAMIC OF WATER (STEAM TABLES) TABLE A.1 TWO-PHASE, BY TEMPERATURE Specific Volume, m3/kg Internal Energy, Enthalpy, kJ/kg Entropy, K kJ/kg kJ/kg TABLE A.1 (continued) Specific Volume, m3/kg Internal Energy Enthalpy, kJ/kg Entropy, kJ/kg K Enthalpy, kJ/kg
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EE100supplementary_notes_1a.pdfPath: Berkeley >> EE >> 100 Fall, 2008
Description: Lumped Approximation The dimension of the physical circuit is small enough so that electromagnetic waves propagate across the circuit almost instantaneously. Rule of Thumb Lumped Approximation is valid if d c i t d = largest dimension of the physica...
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Description: a11 a21 a31 a41 a51 a61 a71 a81 a91 a12 a22 a32 a42 a52 a62 a72 a82 a92 a13 a23 a33 a43 a53 a63 a73 a83 a93 a14 a24 a34 a44 a54 a64 a74 a84 a94 a15 a25 a35 a45 a55 a65 a75 a85 a95 a16 a26 a36 a46 a56 a66 a76 a86 a96 a17 a27 a37 a47 a57 a67 a77 ...
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notes01.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
outline.pdfPath: Berkeley >> EE >> 117 Fall, 2009
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Prob3sol.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
midtermsol.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: UNIVERSITY OF CALIFORNIA College of Engineering Department of Electrical Engineering and Computer Scences EECS 117 Midterm Examination Fall 2005 T .K. Gustafson Oct 28 2005 S70 III +i0 \'\" PRINT YOUR NAME: <;. , , S.LD. : SIGNATURE: Do your work ...
week12dnotes.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: - _u_ weelc d. O~$slASsTm Alotes \': J ~QdrcctloYL 5 held - oJ- g/fmeh.+~{ )- /)?pu/es - : (j) A J-/ ~ .4 (If-T\\. .J Jv1 ~ ~ Jv\' )/~ 1<_= wJ~ - - -. -. \\V l v><A @ f = \\.~:f- ~g(/-( Eld\\\'l J~ B ~ I G- D?fJ/e- ~ Aif) ~ 1. ws...
ProbSet4.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
syllabusfa07.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: University of California College of Engineering Department of Electrical Engineering and Computer Sciences EECS 117 4 units Fall 2007 T.K. Gustafson Electromagnetic Fields and Waves Information Sheet T.K Gustafson, 459 Cory, 2-3139, tkg@EECS Office ...
outline.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS117 4 units Fall 2004 University of California College of Engineering Department of Electrical Engineering and Computer Sciences T.K. Gustafson Electromagnetic Fields and Waves Information Sheet Instructor: TAs: Reader: Prerequisites: Text: P...
samplefinal.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
117F05.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: University of California College of Engineering Department of Electrical Engineering and Computer Sciences EECS 117 4 units Fall 2005 Electromagnetic Fields and Waves Information Sheet Instructor: T.K Gustafson Office hours: Hsan-yin Hsu David Lin EE...
ProbSet5.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: UNIVERSITY OF CALIFORNIA College of Engineering Department of Electrical Engineering and Computer Scences EM117, Fall 2005 T. K. Gustafson Oce hrs MW 10:00-11:30 Problem Set No. 5 Problem Number one ) Reection at a Boundary a) Find the reection coec...
week4eq.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
samplefinal.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
lecture15.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: \'=~ o.W\\~\\e. \\.~. ~) A c.o\'fQ.c,\\\'toV\' c)v\\ C!L \\he. , I~ Ze. \\MG. c.~.J. ~ l \\\'\" t b\\ ~ \\ Q.\\ ,.\\~ 4,., c.\",\\,.~ (l, ~ 0 l,c.,c1t,-,* WQ.\\lt rovt \\ I ,t a.~ c 0 ~ \\V\\tt. \\~\" \\V\\t. ~ \" M\"\'\\c.~uI : b = \\\" = \'t.~-l~. ~c.I\\ ~CI, - Z. A, -Z\"...
lecture6.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: \"=. - ~\\.= \0.n. \\ Y\\ ~ t \\ q,\\ t.~v \\ v ~c. CL\\ Q\\,\\ ~ - \\J.M- \"\'\" to 1:-to 2.0\" \\lG. - ~- a. b Ou V\\c.e. d l\\tl~ . VQ.~ t1\\- \\10 ) ~ \"\\: 3 <2.) \'\\. V\\It ~ .0 . ~1.\'4\\.\\V\\t\\l\\\"tf. l H\"\'. \'o~. \\.~i~\\ \\l l-\\ to ;- \\1 - =. \\! ...
lab7.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: Lab 7: Radiation and Antennas NAME NAME NAME Introduction: In wireless communication systems the actual transmission of signals over air is carried out by antenna systems. An antenna can be defined as a transducer between a guided wave propagating ...
lab2.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: Lab 2: Slotted Line and SWR Meter NAME NAME NAME Introduction: In this lab you will learn how to characterize and use a 50-ohm slotted line, crystal detector, and standing wave ratio (SWR) meter to measure an unknown impedance. The apparatus used i...
Homework1_solns.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS117 Homework#1Solutions Prof.SethSanders GSI:LuYe Notestothesolutions: Problem21 Note that the voltage and current associated with the incident wave has therelationshipofV+/I+=Z0,whereZ0isthecharacteristicimpedanceof our transmission l...
lab3.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: Lab 3: Smith Chart and Single-Stub Tuning NAME_NAME_NAME_ Introduction: In this experiment you will measure the impedance as well as the reflection coefficient of a 24-ohm low frequency load resistor at different microwave frequencies using a netwo...
lecture10.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 10: Laplaces Eq, Curl, and Capacitance Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 10 p. 1/2 Laplaces Equation 2 =0 If satises Laplaces eq., then the average value of ...
lecture14.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 14: Static Magnetic Fields Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 14 p. 1/2 Experimental Observations Consider a pair of parallel wires carrying steady currents I1 an...
homework1_opt.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
ProbSet6.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: UNIVERSITY OF CALIFORNIA College of Engineering Department of Electrical Engineering and Computer Scences EM117, Fall 2005 T. K. Gustafson Oce hrs MW 10:00-11:30 Problem Set No. 6 Problem Number one ) Short Dipole Antenna A short dipole antenna of l...
EE117_Lab_2_sp09.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: University of California, Berkeley EECS 117 Spring 2009 2007 Spring Prof. A. Sanders Prof. Seth Niknejad Mini-Lab #2 EECS 117 Demonstration 3 Reection Coecient and Matching NAME Introduction. In this experiment you will measure the reection coecie...
lecture25.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: Lecture #25 Basic A 0\\ Gr e.C>W\\. dr-\\L. , IN- \\) x.i. F. +0 UJ I I 5 UW\\ )1 . :~\\ . \\J\'\\\' 1) A -e., .) :>c. ). \\ - e. I i I V~c.-\\:.o\" PotE:\\I,\"tia.\\ )y- (LV\\ A\'(\"\'(\'Q.\'-( _ fA ~ d2- \'_ \'\\1\\ ~\\\'\"\\ ~ \\ _y- ~t- ~9~) \\ ~ ~k. . I~~ t\\~ ...
lecture8.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 8: Electrostatic Potential & Gauss Law Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 8 p. 1/11 Electric Dipole z r +q y x q r r+ An electric dipole is two equal and oppo...
Pset3-Fa-07_Solutions.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: ...
pset4.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: UNIVERSITY OF CALIFORNIA College of Engineering Department of Electrical Engineering and Computer Scences EM117, Fall 2006 T. K. Gustafson Oce hrs MW 10:00-11:30 Problem Set No. 4 Problem Number one ) Static Potential Prole of an MOS Capacitor We sh...
lecture13.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 13: Method of Images / Steady Currents Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 217 Lecture 13 p. 1/21 Point Charge Near Ground Plane Consider a point charge q sitting a distance d...
lecture12.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 12: Dielectric Materials Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 217 Lecture 12 p. 1/2 Review of Dipoles An electric dipole is two equal and opposite charges q separated by a dist...
lecture2.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 2: Transmission Line Discontinuities Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 2 p. 1/22 Energy to Charge Transmission Line Rs v+ i = Z0 + + Vs + v+ Z0 The power o...
lecture4.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 4: Transmission Lines with Time Harmonic Excitation Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 4 p. 1/26 Lossless T-Line Termination Z0 , ZL z=0 z = Okay, lossless l...
lecture7.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 7: Electrostatics Review Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 7 p. 1/19 Existence of Charge Charge, like mass, is an intrinsic property of matter. In some sense it ...
lecture17.pdfPath: Berkeley >> EE >> 117 Fall, 2009
Description: EECS 117 Lecture 17: Magnetic Forces/Torque, Faradays Law Prof. Niknejad University of California, Berkeley University of California, Berkeley EECS 117 Lecture 17 p. 1/? Memory Aid The following table is a useful way to remember the equations in ...