Podcast
Questions and Answers
What is the primary focus of fluid statics in this course?
What is the primary focus of fluid statics in this course?
- Understanding the behavior of fluids at rest (correct)
- Calculating fluid viscosity under varying temperatures
- Fluid dynamics at high velocities
- Methods of flow measurement in open channels
Which type of manometer is specifically used for measuring pressure differences?
Which type of manometer is specifically used for measuring pressure differences?
- Inverted U tube manometer
- Simple manometer
- U tube differential manometer (correct)
- Mechanical gauges
What determines the stability of a floating body according to the course content?
What determines the stability of a floating body according to the course content?
- The condition of the center of buoyancy and meta-centric height (correct)
- The density of the fluid only
- The speed of fluid currents around the body
- The shape of the floating body only
What method is utilized to describe fluid motion in the course content?
What method is utilized to describe fluid motion in the course content?
Which equation relates to the measurement of fluid pressure in this course?
Which equation relates to the measurement of fluid pressure in this course?
What is the primary focus of Course Outcome 1 (CO1)?
What is the primary focus of Course Outcome 1 (CO1)?
Which knowledge level is associated with Course Outcome 2 (CO2)?
Which knowledge level is associated with Course Outcome 2 (CO2)?
Which Course Outcome focuses on computing complex integrals using specific theorems?
Which Course Outcome focuses on computing complex integrals using specific theorems?
Which outcome applies to understanding the series expansion of complex functions about a singularity?
Which outcome applies to understanding the series expansion of complex functions about a singularity?
What is the mapping rating for CO1 in terms of PO1?
What is the mapping rating for CO1 in terms of PO1?
Which Course Outcome has the same mapping rating in both PO1 and PO2?
Which Course Outcome has the same mapping rating in both PO1 and PO2?
Which knowledge level is NOT represented in the Course Outcomes?
Which knowledge level is NOT represented in the Course Outcomes?
What method is used with CO4 to compute real integrals?
What method is used with CO4 to compute real integrals?
What is the primary focus of the Fourier Transform as introduced in this course?
What is the primary focus of the Fourier Transform as introduced in this course?
Which of the following equations is not a part of the Cauchy-Riemann Equations?
Which of the following equations is not a part of the Cauchy-Riemann Equations?
What is a key attribute of functions that satisfy Laplace’s Equations?
What is a key attribute of functions that satisfy Laplace’s Equations?
What is the purpose of conformal mapping?
What is the purpose of conformal mapping?
Which of the following best describes a complex integral?
Which of the following best describes a complex integral?
In Fourier Transforms, what does linearity refer to?
In Fourier Transforms, what does linearity refer to?
What is the significance of Cauchy's Integral Formula in complex analysis?
What is the significance of Cauchy's Integral Formula in complex analysis?
What is the relationship between harmonic functions and their harmonic conjugates?
What is the relationship between harmonic functions and their harmonic conjugates?
Which programming languages can be utilized for Machine Learning implementations?
Which programming languages can be utilized for Machine Learning implementations?
What is the total mark distribution for Continuous Internal Evaluation (CIE)?
What is the total mark distribution for Continuous Internal Evaluation (CIE)?
In the End Semester Examination (ESE), how many total questions are provided in Part A?
In the End Semester Examination (ESE), how many total questions are provided in Part A?
What is the maximum number of marks a student can earn from Part B of the ESE?
What is the maximum number of marks a student can earn from Part B of the ESE?
What is the course outcome related to applying machine learning algorithms?
What is the course outcome related to applying machine learning algorithms?
Which statistical methods are mentioned for analyzing and interpreting data?
Which statistical methods are mentioned for analyzing and interpreting data?
What mathematical concepts are applied to analyze engineering problems?
What mathematical concepts are applied to analyze engineering problems?
What is the Bloom's Knowledge Level (KL) for the course outcomes stated?
What is the Bloom's Knowledge Level (KL) for the course outcomes stated?
What is one of the components included in the portfolio for Continuous Internal Evaluation?
What is one of the components included in the portfolio for Continuous Internal Evaluation?
How many marks are allocated for the Continuous Internal Evaluation?
How many marks are allocated for the Continuous Internal Evaluation?
What is the maximum group size for the activities during the semester?
What is the maximum group size for the activities during the semester?
What type of analysis is a part of the micro project?
What type of analysis is a part of the micro project?
What reflects the personal insights and application of learned concepts in the course?
What reflects the personal insights and application of learned concepts in the course?
What is included in the group activities conducted throughout the course?
What is included in the group activities conducted throughout the course?
What is the focus of the literature survey for one of the micro projects?
What is the focus of the literature survey for one of the micro projects?
During which seminar are the portfolios expected to be displayed?
During which seminar are the portfolios expected to be displayed?
Which of the following books focuses on the concepts and practice of data science?
Which of the following books focuses on the concepts and practice of data science?
What is the publication year of 'Foundations of Data Science'?
What is the publication year of 'Foundations of Data Science'?
Who are the authors of 'Probability and Statistics for Data Science'?
Who are the authors of 'Probability and Statistics for Data Science'?
Which publisher released 'Statistics For Data Science'?
Which publisher released 'Statistics For Data Science'?
What edition of 'The Science of Uncertainty' was published in 2009?
What edition of 'The Science of Uncertainty' was published in 2009?
Which book is authored by Arno Meysman?
Which book is authored by Arno Meysman?
Which of the following books was published by Morgan Kaufmann?
Which of the following books was published by Morgan Kaufmann?
What is the correct order of publishing years for 'Foundations of Data Science' and 'Statistics For Data Science'?
What is the correct order of publishing years for 'Foundations of Data Science' and 'Statistics For Data Science'?
Flashcards
Fluid Statics
Fluid Statics
Study of fluids at rest and the forces acting within them.
Pascal's Law
Pascal's Law
Pressure applied to a fluid in a closed container is transmitted equally in all directions.
Manometers
Manometers
Devices used for measuring fluid pressure, usually involving liquids.
Buoyancy
Buoyancy
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Metacentric Height
Metacentric Height
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Course Outcomes (COs)
Course Outcomes (COs)
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CO1
CO1
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CO2
CO2
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CO3
CO3
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CO4
CO4
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Bloom's Knowledge Level (KL)
Bloom's Knowledge Level (KL)
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K3
K3
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Fourier Transform
Fourier Transform
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Complex Function
Complex Function
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Analytic Function
Analytic Function
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Cauchy-Riemann Equations
Cauchy-Riemann Equations
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Contour Integrals
Contour Integrals
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Cauchy's Integral Theorem
Cauchy's Integral Theorem
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Simply Connected Domain
Simply Connected Domain
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Conformal Mapping
Conformal Mapping
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Machine Learning Implementation Languages
Machine Learning Implementation Languages
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Course Assessment Weightage
Course Assessment Weightage
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CIE Components
CIE Components
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ESE Structure
ESE Structure
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ESE Part A Questions
ESE Part A Questions
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ESE Part B Questions
ESE Part B Questions
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Data Science Books
Data Science Books
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Kapoor 2020
Kapoor 2020
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Kotu 2018
Kotu 2018
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Fernandez-Granda 2017
Fernandez-Granda 2017
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Blum, Hopcroft, and Kannan 2020
Blum, Hopcroft, and Kannan 2020
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Miller 2019
Miller 2019
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Rosenthal 2009
Rosenthal 2009
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Big Data
Big Data
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Portfolio
Portfolio
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Reflective Journal
Reflective Journal
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Engineering Ethics Case Study
Engineering Ethics Case Study
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Code of Ethics for Engineers
Code of Ethics for Engineers
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Gender-Related Topic
Gender-Related Topic
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Kerala Context
Kerala Context
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TED Talk
TED Talk
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Literature Survey
Literature Survey
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Study Notes
MATHEMATICS FOR ELECTRICAL AND PHYSICAL SCIENCE - 3 (GYMAT301)
- Course Code: GYMAT301
- CIE Marks: 40
- ESE Marks: 60
- Teaching Hours/Week: 3 (L) : 0 (T) : 0 (P) : 0 (R)
- Credits: 3
- Exam Hours: 2 hours 30 minutes
- Course Type: Theory
- Prerequisites: Basic knowledge in complex numbers
- Course Objectives: Introduce Fourier transforms, complex variable theory (residue integration, conformal transformation), and their applications.
Syllabus (Module Breakdown)
- Module 1 (9 hours): Fourier Integral – Fourier series to Fourier Integral, Fourier Cosine and Sine integrals, Fourier Cosine and Sine Transform, Linearity, Transforms of Derivatives, Fourier Transform and its inverse, Linearity, Transforms of Derivatives (textbook sections 11.7, 11.8, 11.9).
- Module 2 (9 hours): Complex Functions - Limit, continuity, derivative, analytic functions, Cauchy-Riemann Equations (without proof), Laplace’s Equations, Harmonic functions, finding harmonic conjugate, conformal mapping, transformations of w = z, w = ez, w = sin z (textbook sections 13.3, 13.4, 17.1, 17.2, 17.4).
- Module 3 (9 hours): Complex Integration – Line integrals in the complex plane (definition & basic properties), First & second evaluation methods, Cauchy’s integral theorem (without proof) on simply connected domains, independence of path, Cauchy integral theorem on multiply connected domains (without proof), Cauchy integral formula (without proof).
Course Outcomes (COs)
- CO1: Apply Fourier transforms and solve engineering problems. (Bloom's Level: K3)
- CO2: Understand analyticity of complex functions and apply in conformal mapping. (Bloom's Level: K3)
- CO3: Compute complex integrals using Cauchy's theorems and formulas. (Bloom's Level: K3)
- CO4: Understand series expansions of complex functions around singularities and apply the residue theorem to compute real integrals. (Bloom's Level: K3)
Course Assessment (GYMAT301)
- CIE (40 marks): Includes assignment/attendance (5 marks), internal examination 1 (15 marks), internal examination 2 (10 marks), micro project(10 marks).
- ESE (60 marks): Part A (8 questions, 3 marks each) covering all modules, Part B (4 questions, 9 marks each), with choice from two options in each module.
FLUID MECHANICS AND HYDRAULICS (Course Code not explicitly mentioned)
-
Course Objectives: Introduce fundamental concepts of fluid mechanics and hydraulics in pipes & open channels; pressure measurement and flow measurement systems.
-
Syllabus (Module Breakdown): Fluid properties, fluid statics (pressure, Pascal's Law, manometers, pressure measurement gauges), determination of pressure/centre of pressure on surfaces, buoyancy & floatation (centre of buoyancy, meta-centre), fluid kinematics (Lagrangian & Eulerian methods).
-
Course Assessment: Continuous Internal Evaluation (CIE: 50 marks), End Semester Examination (ESE: 50 marks)
-
CIE Details: Reflective journal (5 marks), Micro project(1 part details analysis(8marks), part 2 literature search ( 5 marks))
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Description
This quiz covers key concepts from the 'Mathematics for Electrical and Physical Science - 3' course, focusing on Fourier transforms and complex variable theory. Students will explore Fourier integrals, series, and foundational properties of complex functions. A solid grasp of complex numbers is essential for tackling the questions.