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ECH 3101 Process Dynamics

  • School:
    University of Florida (UF)
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  • Professor:
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    Park, Asthagiri,AravindR, Narayanan,Ranganatha, Staff, Vasenkov,Sergey

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    Always Do the Reading

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    Math-heavy

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  • 11 pages Practice Exam 3

    Practice Exam 3

  • 1 pages hw7
    • hw7
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • ECH 3101 Process Thermodynamics Homework 7 Due: March 10, 2016 (1) Problem 5.7 in p.183 of the textbook (Stanley I. Sandler, Chemical, Biochemical, and Engineering Thermodynamics, 4th Edition, Wiley, 2006). Comment: you will need to use superheated vapor
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    hw7

  • 1 pages hw8
    • hw8
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • ECH 3101 Process Thermodynamics Homework 8 Due: March 17, 2016 (1) Problem 6.9 in page 260 of the textbook (Stanley I. Sandler, Chemical, Biochemical, and Engineering Thermodynamics, 4th Edition, Wiley, 2006). (2) Problem 6.10(a) in page 260 of the textbo
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    hw8

  • 1 pages hw6
    • hw6
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • ECH 3101 Process Thermodynamics Homework 6 Due: February 25, 2016 1. Problem 4.16(a) in p.141 of the textbook (Stanley I. Sandler, Chemical, Biochemical, and Engineering Thermodynamics, 4th Edition, Wiley, 2006). 2. Problem 4.21(a) in p.142 of the textboo
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    hw6

  • 5 pages Course+Syllabus+3101+Spring+2016
    • Course+Syllabus+3101+Spring+2016
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • Course Syllabus ECH 3101 Spring 2016 Course Title: Process Thermodynamics Course description: The main goal is to introduce fundamental principles of thermodynamics including the first and second laws of thermodynamics. The main focus is on the developmen
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    Course+Syllabus+3101+Spring+2016

  • 1 pages Course+Objectives
    • Course+Objectives
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • Course Objectives ECH 3101 Spring 2016 1. Knowledge of the definition and origin of the extensive and intensive thermodynamic variables used to solve problems involving closed and open systems as well as selected thermodynamic processes 2. Derivation of a
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    Course+Objectives

  • 1 pages hw3
    • hw3
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • ECH 3101 Process Thermodynamics Homework 3 Due: January 28, 2016 (1) Problem 3.20 in p.95 of the textbook (Stanley I. Sandler, Chemical, Biochemical, and Engineering Thermodynamics, 4th Edition, Wiley, 2006). (2) Problem 3.28 in p.96 of the textbook (Stan
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    hw3

  • 1 pages hw2
    • hw2
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • ECH 3101 Process Thermodynamics Homework 2 Due: January 21, 2016 (1) Problem 3.10 in p.93 of the textbook (Stanley I. Sandler, Chemical, Biochemical, and Engineering Thermodynamics, 4th Edition, Wiley, 2006). (2) Problem 3.11 in pages 93, 94 of the textbo
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    hw2

  • 3 pages Quiz 2 solutions (3)
    • Quiz 2 solutions (3)
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • ECH 3101 Process Thermodynamics Quiz 2 Closed Notes and Homework Solutions A steam engine containing 10 kg of saturated steam performed 2 megajoule of total work, which includes the shaft work and the work due to expansion. The work was performed as a res
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    Quiz 2 solutions (3)

  • 4 pages Quiz 3 solutions (2)
    • Quiz 3 solutions (2)
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • ECH 3101 Process Thermodynamics Quiz 3 Closed Notes and Homework Solutions Initially, a gas cylinder of volume Vcontains N1 moles of an ideal gas at the known pressure p1 and specic entropy 1. The gas is released from the cylinder to the surroundings at
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    Quiz 3 solutions (2)

  • 2 pages Quiz 4 solutions (1)

    Quiz 4 solutions (1)

  • 2 pages Quiz 1 solutions (1)
    • Quiz 1 solutions (1)
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • ECH 3101 Process Thermodynamics Quiz 1 Closed Notes and Homework Solutions An ideal gas is compressed by a compressor operating adiabatically and at a steady state. The pressure and temperature of the gas entering the compressor are equal to P1 and T1, re
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    Quiz 1 solutions (1)

  • 2 pages Quiz 5 solutions (1)

    Quiz 5 solutions (1)

  • 1 pages ECH3101 Spring 2016 Final Solutions

    ECH3101 Spring 2016 Final Solutions

  • 36 pages Notes 8
    • Notes 8
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • Lec 8: Real gases, specific heats, internal energy, enthalpy 1 For next time: Read: 4-1 to 4-4 Outline: Real gases (Compressibility factor) Specific heats Special relationships for ideal gases Important points: How to manipulate the ideal gas law
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    Notes 8

  • 7 pages HW 4 Solutions
    • HW 4 Solutions
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • 4 4.1 (a) System = Ball (1) + Water (2) Energy balance: M1U1f + M2U 2f M1U1i M 2U 2i = 0 c h c h M1CV,1 T1 f T1i + M 2CV,2 T2f T2i = 0 ; also T1 f T2f . Thus Tf = M1CV,1T1i + M 2CV,2T2i M1CV,1 + M 2CV,2 = 5 10 05 . 75 + 12 103 4.2 5 5 103 05 . + 12 103 4
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    HW 4 Solutions

  • 11 pages HW 3 Solutions
    • HW 3 Solutions
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2014
    • 4 4.22 System: nitrogen contained in both tanks (closed, adiabatic, constant volume) Mass balance: M1i = M1f + M2f (1) f f f f Energy balance: M1U1 = M1 U1 + M2 U 2 (2) f f Final pressure condition: P1 = P2 (3) For the entropy balance, the nitrogen in the
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    HW 3 Solutions

  • 1 pages Rules+for+quizzes+and+exams+Spring+2016
    • Rules+for+quizzes+and+exams+Spring+2016
    • University of Florida
    • PROCESS THERMODYNAMIC
    • ECH 3101 - Spring 2016
    • Rules for quizzes and exams ECH 3101 Spring 2016 For all quizzes in this class the following rules will be applied: During a quiz you can use the textbook for this class. However, you cannot use homework solutions, lecture notes or any other materials. Fo
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    Rules+for+quizzes+and+exams+Spring+2016

Process Dynamics Advice

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    • Profile picture
    Dec 01, 2015
    | Would highly recommend.

    Not too easy. Not too difficult.

    Course Overview:

    Ranga teaches the material very well without extraneous stress to the students. It is very easy to pass, but very difficult to get an A in thermo. Hard work and paying attention in class pay off.

    Course highlights:

    Provided a strong foundation for further study in thermodynamics and chemical reaction courses.

    Hours per week:

    6-8 hours

    Advice for students:

    Do the homework and go to class.

    • Spring 2014
    • Staff
    • Yes
    • Math-heavy Always Do the Reading Competitive Classmates
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