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LE 2 - ChE Curriculum Flashcards

1
Q

A separate Department of Chemical Engineering was formed with ________ as its head.

A

Warren K. Lewis

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2
Q

This phrase would be closely associated with chemical engineering for the next 50 years?

A

Industrial Chemistry

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3
Q

CONCEPTS OF THERMODYNAMICS AND PHYSICAL CHEMISTRY ARE INTEGRATED TO HELP IN DESIGNING A REACTOR

A

CHEMICAL REACTION ENGINEERING

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4
Q

When did Lewis M. Norton died?

A

1893

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5
Q

CONTINUATION OF CHEMICAL ENGINEERING RESEARCH 1; RESEARCH PROJECT IMPLEMENTATION.

A

CHE 199.2: CHEMICAL ENGINEERING RESEARCH II

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6
Q

Choice of the material of construction of the pipe

A

Momentum Transfer

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7
Q

INFORMATION ON THE IDEAL PERFORMANCE OF THE SEPARATION UNITS IN BATCH AS WELL
AS CONTINUOUS MODE

A

Thermodynamics

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8
Q

CONCEPTUALIZATION AND PROPOSAL PREPARATION F OR CHEMICAL
ENGINEERING PROJECTS; RESEARCH TOOLS AND STATISTICAL METHODS RELEVANT TO THE IMPLEMENTATION OF THE RESEARCH WORK.

A

CHE 199.1: CHEMICAL ENGINEERING RESEARCH I

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9
Q

It is an influential textbook that quantified unit operations and thus gave engineers the tools to analyze chemical processes

A

Principles of Chemical Engineering

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10
Q

How many bachelor’s degree did the MIT Department of Chemistry granted for chemical engineering?

A

7

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11
Q

EQUILIBRIUM COMPOSITIONS OF THE TWO PHASES ARISING IN A SEPARATI ON PROCESS

A

Thermodynamics

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12
Q

CHE 175 Course Title

A

LAWS, ETHICS, HEALTH AND PROCESS SAFETY FOR CHEMICAL ENGINEERS

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13
Q

In what age did Norton died?

A

39

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14
Q

These were combined when course x was designed

A

Mechanical Engineering with Industrial Chemistry

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15
Q

They were the first school to award Ph.D. degrees in Chemical Engineering

A

Massachusetts Institute of Technology (MIT)

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16
Q

These courses are only unique to Chemical Engineer that gives him the versatility to work across industries.

A

Mass Transfer and Chemical Reaction Engineering

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17
Q

Design of stirrers in reactors

A

Momentum Transfer

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18
Q

CHE 171 Course Title

A

INTRODUCTION TO BIOCHEMICAL ENGINEERING

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19
Q

Those basic operations that compose the variety of industrial processes

A

Unit Operations

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20
Q

During this year, MIT became the first school to award Ph.D. degrees in Chemical Engineering

A

1907

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21
Q

CONTINUATION OF CHE 141

A

CHE 142: PLANT DESIGN II

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22
Q

CHE 141 Course Title

A

PLANT DESIGN I

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23
Q

In what part is MIT making a continuous impact?

A
  1. Research Labs
  2. Corporate R&D Facilities
  3. Universities around the world
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24
Q

TREATMENT OF PARTICLES AND POWDERS WITH EMPH ASIS ON SEDIMENTATION,
CENTRIFUGATION, FILTRATION, SCREENING, FLUIDIZATION, MATERIALS HANDLING.

A

CHE 134: PARTICLE TECHNOLOGY

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25
It has led the nation in awarding graduate degrees
The Department of Chemical Engineering
26
When did William H. Walker modify the curriculum in a way that would clearly distinguish chemical engineering as a profession
early 20th century
27
What are the various courses in chemical engineering curriculum?
1. Momentum Transfer 2. Heat Transfer 3. Mass Transfer 4. Thermodynamics 5. Chemical Reaction Engineering
28
They developed the idea of Unit Operations
William H. Walker and Arthur D. Little
29
CHE 145 Course Title
CHEMICAL PROCESS INDUSTRIES
30
INFORMATION ON THE MAXIMUM EFFICIENCY THAT IS POSSIBLE IN A PART ICULAR PROCESS I.E. WHEN EQUILIBRIUM IS ACHIEVED)
Thermodynamics
31
INTRODUCTION TO CHEMICAL ENGINEERING THERMODYNAMICS; FIRST LAW, SECOND LAW AND THIRD LAW OF THERMODYNAMICS; VOLUMETRIC PROPERTIES AND THERMODYNAMIC PROPERTIES OF FLUIDS.
CHE 122: CHEMICAL ENGINEERING THERMODYNAMICS I
32
CHE 142 Course Title
PLANT DESIGN II
33
CHE 103 Course Title
INDUSTRIAL STOICHIOMETRY.
34
INTRODUCTION TO PROCESS DYNAMICS AND SIMPLE CHEMICAL SYSTEMS; PROCESS SIMULATION AND CONTROL
CHE 172: CHEMICAL PROCESS DYNAMICS AND CONTROL
35
FUNDAMENTALS OF FLUID MECHANICS AND MOMENTUM TRANSFER; APPLICATION OF PRINCIPLES OF MOMENTUM TRANSFER TO PROCESS EQUIPMENT DESIGN; MASS, ENERGY AND MOMENTUM BALANCES APPLIED IN COMPRESSIBLE OR INCOMPRESSIBLE FLUID FLOW; STEADY OR UNSTEADY FLOW AND METERING OF FLUID FLOW PERTINENT IN THE DESIGN OF PROCESS EQUIPMENT AND PIPING NETWORKS.
CHE 129: FLUID MECHANICS AND MOMENTUM TRANSFER
36
MATHEMATICAL TREATMENT OF PROBLEMS IN CHEMICAL ENGINEERING; INTRODUCTION TO ORDINARY DIFFERENTIAL EQUATIONS, FOURIER SERIES, LAPLACE TRANSFORMATIONS AND VECTOR ANALYSIS.
CHE 104: MATHEMATICAL METHODS IN CHEMICAL ENGINEERING
37
KINETICS OF HOMOGENEOUS AND HETEROGENEOUS RE ACTIONS; ANALYSIS OF VARIOUS CHEMICAL REACTORS; CATALYSIS; APPLICATION OF KINETICS AND THERMODYNAMICS TO SELECTED UNIT PROCESSES.
CHE 127: CHEMICAL REACTION ENGINEERING
38
CHE 199.2 Course Title
CHEMICAL ENGINEERING RESEARCH II
39
What is the relevance of the Mass Transfer and Chemical Reaction Engineering courses?
Makes the Chemical Engineer more versatile and interdisciplinary enabling him to work across diverse disciplines and collaborate with mechanical engineers, biotechnologists, etc.
40
CHE 173 Course Title
INDUSTRIAL POLLUTION CONTROL
41
CHE 129 Course Title
FLUID MECHANICS AND MOMENTUM TRANSFER
42
CHE 199.1 Course Title
CHEMICAL ENGINEERING RESEARCH I
43
Heat Recovery
Heat Transfer
44
CHE 123 Course Title
CHEMICAL ENGINEERING THERMODYNAMICS II
45
CHE 130 Course Title
Heat Transfer
46
When was Thorpe's Outlines of Industrial Chemistry published?
1898
47
CONCEPTS OF _________________ AND _______________________ ARE INTEGRATED TO HELP IN DESIGNING A REACTOR
Thermodynamics and Physical Chemistry
48
In what year did the MIT Department of Chemistry granted seven Bachelor's Degree for Chemical Engineering?
1891
49
ANALYSIS OF INDUSTRIAL PROCESSES: GASEOUS, LIQUID AND SOLID FUELS, SULFUR AND NITROGEN COMPOUNDS, LIME AND CEMENT.
CHE 103: INDUSTRIAL STOICHIOMETRY.
50
FOURIER HEAT TRANSPORT EQUATION AND ITS APPLICATIONS; HEAT FLOW BY CONDUCTION, CONVECTION AND RADIATION; DESIGN AND PROCESS ANALYSIS OF HEAT TRANSFER EQUIPMENT.
CHE 130: Heat Transfer
51
Concentration gradient or the difference in partial pressure
Mass Transfer
52
CHE 105 Course Title
COMPUTER APPLICATIONS IN CHEMICAL ENGINEERING
53
CHE 172 Course Title
CHEMICAL PROCESS DYNAMICS AND CONTROL
54
CHE 135 Course Title
CHEMICAL ENGINEERING LABORATORY I
55
PROBLEM-SOLVING TECHNIQUES. PRINCIPLES OF EQUILIBRIUM AS APPLIED TO UNIT OPERATIONS, THERMODYNAMICS, ELEMENTARY MASS AND ENERGY BALANCES.
CHE 102: INTRODUCTION TO CHEMICAL ENGINEERING CALCULATIONS.
56
In this time, a separate department of chemical engineering was formed with Warren K. Lewis as its head
1920
57
CHE 133 Course Title
SEPARATION PROCESSES II
58
THERMODYNAMICS OF FLOW PROCESSES; POWER CYCLES, REFRIGERATION AND LIQUEFACTION PROCESSES; THERMODYNAMIC PROPERTIES OF HOMOGENOUS MIXTURES; PHASE AND CHEMICAL REACTION EQUILIBRIA.
CHE 123: CHEMICAL ENGINEERING THERMODYNAMICS II
59
PRINCIPLES OF MASS TRANSPORT AND ITS APPLICATION IN UNIMOLECULAR AND EQUIMOLAR COUNTER DIFFUSION; UNIFIED TREATMENT OF STAGEWIS OPERATIONS, DESIGN OF MULTISTAGE EQUIPMENT.
CHE 132: SEPARATION PROCESSES I
60
He created Course X, the world's first four-year chemical engineering curriculum
MIT Professor Lewis M. Norton
61
RELEVANT NATIONAL LAWS AND ETHICAL STANDARDS ON THE PROFESSIONAL PRACTICE OF CHEMICAL ENGINEERING IN THE PHILIPPINES, HEALTH, ENVIRONMENT, AND SAFETY IN RELATION TO THE INDUSTRIAL FIELD INCLUDING GOVERNMENT REGULATIONS AND AUDIT AND INSPECTION STANDARDS.
CHE 175: LAWS, ETHICS, HEALTH AND PROCESS SAFETY FOR CHEMICAL ENGINEERS
62
He modified the curriculum in the early 20th century in a way that would clearly distinguish chemical engineering as a profession
William H. Walker
63
CHE 122 Course Title
CHEMICAL ENGINEERING THERMODYNAMICS I
64
EXPERIMENTAL STUDY ON THERMODYNAMICS, MOMENTUM AND HEAT TRANSFER IN CERTAIN UNIT OPERATIONS AND PROCESSES.
CHE 135: CHEMICAL ENGINEERING LABORATORY I
65
CONCEPTS AND METHODS OF PROGRAMMING FOR STORED PROGRAM DIGITAL COMPUTATION; COMPUTER SOLUTIONS OF ENGINEERING PROBLEMS. INDIVIDUAL PROJECTS
CHE 105: COMPUTER APPLICATIONS IN CHEMICAL ENGINEERING
66
Three years after 1920, they developed principles of chemical engineering
Warren K. Lewis, William H. Walker, and William H. Mcadams, together with some graduate students
67
It was published in 1898
Thorpe's Outlines of Industrial Chemistry
68
Thorpe's work coined the term?
Industrial Chemistry
69
This term describes the industrial processes applied in the production of chemicals.
Industrial Chemistry
70
How many are living alumni?
6,000
71
CHE 132 Course Title
SEPARATION PROCESSES I
72
TYPES, SOURCES AND HARMFUL EFFECTS OF INDUSTRIAL POLLUTANTS; MEASUREMENTS OF POLLUTION PARAMETERS; CONCEPTS OF POLLUTION PREVENTION EMPHASIZED IN ENVIRONMENTAL MANAGEMENT SYSTEMS, ENVIRONMENTAL IMPACT ASSESSMENTS AND RISK ASSESSMENT.
CHE 173: INDUSTRIAL POLLUTION CONTROL
73
APPLICATIONS OF THE PRINCIPLES OF SEPARATION AND RATE PROCESSES TO THE DESIGN OF HEAT AND MASS TRANSFER EQUIPMENT.
CHE 133: SEPARATION PROCESSES II
74
What year did Professor Lewis M. Norton created course X?
1888
75
What did Walker and Little developed?
1. The idea of Unit Operations 2. A research laboratory dedicated to industrial chemistry and processes 3. A school of chemical engineering practice
76
UNIT PROCESSES AND OPERATIONS IN THE INORGANIC AND ORGANIC CHEMICAL INDUSTRIES; NON CONVENTIONAL ENERGY SOURCES; CASE STUDIES
CHE 145: CHEMICAL PROCESS INDUSTRIES
77
In the year 1891, the ____________________________________ granted seven bachelor's degree for chemical engineering
MIT Department of Chemistry
78
CHE 136 Course Title
CHEMICAL ENGINEERING LABORATORY II
79
Who led course x after Professor Norton died?
Professor Frank H. Thorpe
80
Reducing the cost of running the plant and can decide whether a profit or loss is made in the operation
Heat Transfer
81
THE DESIGN OF AN INDUSTRIAL PLANT, INCLUDING THE NECESSARY PROCESSES AND EQUIPMENT DESIGN AND SIZING; EMPHASIS ON THE ECONOMIC FACTORS.
CHE 141: PLANT DESIGN I
82
Course X was designed, according to what contemporary course catalog?
"To meet the needs of students who desire a general training in mechanical engineering, and at the same time to devote a portion of their time to the study of the application of chemistry to the arts, especially to those engineering problems which relate to the use and manufacture of chemical products."
83
CHE 104 Course Title
MATHEMATICAL METHODS IN CHEMICAL ENGINEERING
84
CHE 127 Course Title
CHEMICAL REACTION ENGINEERING
85
BASIC MICROBIOLOGY AND BIOCHEMISTRY; ENZYME AND FERMENTATION KINETICS; CONTINUOUS CULTURE; MASS TRANSFER IN BIOLOGICAL SYSTEM.
CHE 171: INTRODUCTION TO BIOCHEMICAL ENGINEERING
86
Pumps to transport liquids from the storage tank to the reactor or from one unit to another
Momentum Transfer
87
CHE 134 Course Title
PARTICLE TECHNOLOGY
88
CONTINUATION OF CHE 135. EXPERIMENTAL STUDY ON SEPARATION PROCESSES, PARTICLE TECHNOLOGY, PROCESS CONTROL AND CHEMICAL REACTION ENGINEERING.
CHE 136: CHEMICAL ENGINEERING LABORATORY II

ChE 101 (16 decks)

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