As in the words of Anita Desai‚ ‘‘Wherever you go becomes part of you somehow”‚ the prospect of going to graduate school in Canada is a chance for me to revitalize my senses and reward myself with new social and academic experiences. In addition‚ the self-directed Canadian life provides a chance for a youth like me to take the driving seat of my destiny. During my undergraduate studies‚ every course helped me explore the wide spectra of mechanical engineering. Among the array of courses‚ Machine
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EFFICACY AND TIMING OF FUNGICIDES‚ BACTERICIDES‚ AND BIOLOGICALS for DECIDUOUS TREE FRUIT‚ NUT‚ STRAWBERRY‚ AND VINE CROPS 2011 ALMOND APPLE/PEAR APRICOT CHERRY GRAPE KIWIFRUIT PEACH/NECTARINE PISTACHIO PLUM PRUNE STRAWBERRY WALNUT Jim Adaskaveg‚ Professor University of California‚ Riverside Doug Gubler‚ Extension Plant Pathologist University of California Davis Themis Michailides‚ Plant Pathologist University of California‚ Davis/Kearney Agricultural Center
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NRS 434V CLC Group Projects Agreement CLC Course Information Course Name/Section Number: Health Assessment/NRS 434V-O503 Instructor’s Name: Barbara McDuffy Start Date of the Course: 30 March 2015 CLC Member Contact Information (Who is in our group?) CLC Member Name Primary Email Address Secondary Email Address Other Contact Information Samantha Pabalan Samantha.pabalan@gmail.com SPabalan@my.gcu.edu 011-44-790-073-4630 Samantha Perrin Samidanhan@hotmail.com SPerrin@my.gcu.edu (937) 346-4015 Kelli
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Chemistry Study Guide Oct 2nd 1 hour Exam Chapter 9- Thermodynamics KE= ½ mv2 w= F∆x w= force × distance ∙ A state function refers to a property of the system that depends only on its present state. ∙Internal Energy = heat + work ∆E = q + w ∙Pressure = Force/Area = P = F/A ∙Work= - external pressure × change in volume w = - P∆V Enthalpy H = E + PV qp = ∆E + P∆V ∆H = qp ∆H = H products H reactants
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CHEMISTRY OF HYDROCARBON EXPERIMENT 16 OBJECTIVE The objective of this experiment is to distinguish the difference between various types of hydrocarbons by performing simple tests and reactions involving hydrocarbons. EQUIPMENT AND CHEMICALS Pentene Toluene Heptane Potassium permanganate (1% KMnO4) Aluminum chloride (anhydrous AlCl3) Chloroform (CHCl3) Ligroin Br2 in CCl4 (5%) Stopper pH paper Small test tubes and rack Graduated cylinder (10 ml) Evaporating dish DISCUSSION
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A Research Proposal On EXPANSION OF MARKET SHARE OF BERGER PAINTS INDIA PVT LTD THROUGH ADC (ALTERNATIVE DIRECT CHANNEL) Submitted to: Prof. Juhi Shah Submitted By: MAYANK GANDHI(NR 12046) MURALI MURTY (NR ) Affiliated to Gujarat Technological University Academic Year2013-14 N.R. INSTITUTE OF BUSINESS ADMINISTRATION AHMEDABAD Research Proposal 1. TITLE OF THE PROJECT: * EXPANSION OF MARKET SHARE OF BERGER PAINTS INDIA LTD THROUGH ALTERNATIVE DIRECT CHANNELS
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NRS 430V CLC Group Project Agreement Grading Criteria CLC Course Information Course Name/Section Number: NRS-430V Instructor’s Name: Start Date of the Course: CLC Member Contact Information (Who is in our group?) CLC Member Name Primary E-mail Address Secondary E-mail Address Other Contact Information CLC Group Values (What do we need to do to ensure our team’s success?) What Each Team Member Agrees to Do Why This Is Important to the Team
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ARTICLE IN PRESS Energy xxx (2010) 1–7 Contents lists available at ScienceDirect Energy journal homepage: www.elsevier.com/locate/energy A highly efficient six-stroke internal combustion engine cycle with water injection for in-cylinder exhaust heat recovery James C. Conklin‚ James P. Szybist* Oak Ridge National Laboratory‚ 2360 Cherahala Blvd‚ Knoxville‚ TN 37932‚ USA a r t i c l e i n f o Article history: Received 9 September 2009 Received in revised form 3 December 2009 Accepted
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– - although benzene has double bonds‚ it does not undergo typical alkene reactions such as electrophilic addition - benzene is‚ in fact‚ very stable towards hydrogenation‚ halogenation‚ hydration & addition of hydrogen halides: NR EX. H2 X2 C6H6 H2 O HX NR NR NR c) Preference for Substitution Reactions – - instead of addition reactions like alkenes‚ benzene readily undergoes substitution reactions typical of alkanes: EX. C6H6 + Cl2 Fe C6H5 Cl + HCl -
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TABLE OF CONTENTS 6.1 The Nature of Energy 6.2 Enthalpy and Calorimetry 6.3 Hess’s Law 6.4 Standard Enthalpies of FormaCon 6.5 Present Sources of Energy 6.6 New Energy Sources 30 STANDARD ENTHALPIES OF FORMATION Cgraphite(s) Cdiamond(s) ΔH for this process cannot be obtained by
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