OC65844

University of Guelph

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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Study Guide - Adenosine A2A Receptor, Ulm School Of Design, Mass Flow Rate

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10 Apr 2013
38
Properties from the steam tables (table a-6) and. The mass flow rate of steam is m m m. 5. 833 kg/s (b) we take nozzle as the system, which is a contro
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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Study Guide - Quiz Guide: Surface Tension, Compressed Air Energy Storage, Intensive And Extensive Properties

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10 Apr 2013
145
Answer: assumptions: the density of air is constant throughout the room, properties: the density of air is given to be = 1. 16 kg/m3. The mass of the a
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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Lecture Notes - Escalator, Thermostat, Control Volume

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10 Apr 2013
399
Home assignment 2 (chapter 2: a person gets into an elevator at the lobby level of a hotel together with his 30-kg suitcase, and gets out at the 10th f
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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Study Guide - Quiz Guide: Integrated Gasification Combined Cycle, The Power Plant, Thermal Efficiency

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10 Apr 2013
141
Home assignment 6 (chapter 6: a heat engine with a thermal efficiency of 40 percent rejects 1000 kj/kg of heat. 2 heat losses from the working fluid at
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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Study Guide - Specific Volume, Superheated Water, Joule

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10 Apr 2013
22
Problem 1: a rigid container contains saturated liquid water at 200 kpa. Internal energy: u = uf = 504. 50 kj/kg. Problem 2: a rigid container contains
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U OF GENGG 3260Linda GerberWinter

ENGG 3260 Chapter Notes - Chapter 2: Vehicle-To-Vehicle, Control Volume, Inq Mobile

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10 Apr 2013
41
Energy, e = unit of force unit of distance = n m = joul or j. Forms of energy: (a) macroscopic: the macroscopic forms of energy are those a system poss
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U OF GENGG 3450cWinter

ENGG 3450 Study Guide - Final Guide: Jfet, Transconductance

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10 Apr 2013
63
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U OF GENGG 3450cWinter

Midterm SOLUTIONS VErsion b .pdf

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10 Apr 2013
152
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U OF GPATH 3610cWinter

PATH 3610 Study Guide - Midterm Guide: Dermis, Macrophage, Leptospira

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10 Apr 2013
164
Examinat tion answ wers arks in total. ere are 32 ma es, personal di ulators, phone ing the exam. Zambia has recorded 4396 cases of typhoid since it br
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U OF GPATH 3610cWinter

PATH 3610 Study Guide - Final Guide: Hemolytic Anemia, Electrocardiography, Leptospirosis

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10 Apr 2013
246
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U OF GTOX 2000Nigel BunceWinter

Biomed Tox notes.pdf

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9 Apr 2013
91
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U OF GMCS 1000Lianne FotiWinter

F10_MCS-1000_Notes.pdf

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9 Apr 2013
29
Core product & supplementary services (flower of service) What is marketing: attracting new customers by promising and delivering superior value, build
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U OF GMCS 1000Lianne FotiWinter

F11_MCS-1000_ExamNotes.pdf

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9 Apr 2013
66
States of felt deprivation, including basic physical needs for food, clothing, warmth, and safety. Social needs for belonging and affection, individual
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U OF GENGG 2230Bahram GharabaghiWinter

Ch 3 Solutions.pdf

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9 Apr 2013
63
P3. 1 discuss newton"s second law (the linear momentum relation) in these three forms: Solution: these questions are just to get the students thinking
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U OF GENGG 2230Bahram GharabaghiWinter

Ch 2 Solutions.pdf

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9 Apr 2013
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2. 1 for the two-dimensional stress field in fig. 3000 psf (cid:86) (cid:32) xy (cid:86) (cid:32) yy. Find the shear and normal stresses on plane. Solu
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U OF GENGG 2230Bahram GharabaghiWinter

Ch 1 Solutions.pdf

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9 Apr 2013
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1. 1 a gas at 20 c may be rarefied if it contains less than 1012 molecules per mm3. Solution: the mass of one molecule of air may be computed as m. The
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U OF GENGG 2230Bahram GharabaghiWinter

ENGG 2230 Lecture Notes - Horsepower, Centrifugal Pump, Impeller

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9 Apr 2013
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11. 22 a 37-cm-diameter centrifugal pump, running at 2140 rev/min with water at 20 c produces the following performance data: Solution: efficiencies, c
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U OF GENGG 2230Bahram GharabaghiWinter

FluidMechWhite5ech02part2b.pdf

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9 Apr 2013
51
105 champagne 6 inches above the bottom: p. Then the force on the bottom end cap is vertical only (due to symmetry) and equals the force at section aa
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U OF GENGG 2230Bahram GharabaghiWinter

FluidMechWhite5eCh04.pdf

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9 Apr 2013
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4. 1 an idealized velocity field is given by the formula. At the point (x, y, z) = ( 1, +1, 0), compute (a) the acceleration vector and (b) any unit ve
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U OF GENGG 2230Bahram GharabaghiWinter

FluidMechWhite5eCh06.pdf

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9 Apr 2013
48
In flow past a sphere, the boundary layer becomes turbulent at about red 2. 5e5. Solution: for air at 20 c, take = 1. 2 kg/m3 and = 1. 8e 5 kg/m s. Con
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U OF GENGG 2230Bahram GharabaghiWinter

FluidMechWhite5eCh01.pdf

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9 Apr 2013
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1. 1 a gas at 20 c may be rarefied if it contains less than 1012 molecules per mm3. Solution: the mass of one molecule of air may be computed as m. The
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U OF GENGG 2230Bahram GharabaghiWinter

Ch 9 Solutions.doc

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9 Apr 2013
49
Chapter 9 compressible flow p1 = 140 kpa, t1 = 9. 1 an ideal gas flows adiabatically through a duct. Farther downstream, p2 = 30 kpa and t2 = 207(cid:1
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U OF GGEOG 2210Ben BradshawWinter

Final exam textbook pages.docx

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9 Apr 2013
49
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