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MTT 111: Mechanics and Applications
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Module 1: Mechanics of Particles and Rigid Bodies
Introduction to Mechanics of Particles And Rigid Bodies Module
Reading Material: Mechanics of Particles and Rigid Bodies
Test your understanding - Quiz 1
3D force systems and equilibrium
Reading Material: Equilibrium and resolution co-planar forces
Case Study: Bridge Design Dilemma
Case Study Assignment
Test your understanding - Quiz 2
Reading Material: Equilibrium of particles and rigid bodies
Videos: Equilibrium of particles and rigid bodies
Test your understanding - Quiz 3
Experiment: Balancing Act
Discussion: Balancing Act
Video: Conservation of energy in rigid bodies.
Reading Material: Conservation of energy
Experiment: Conservation of energy
Discussion: Conservation of Energy
Final Quiz
Take Home Message
Module 2: Mechanics of Rotational Motion
Principles of Power, Axis Rotation, and moment of inertia in rotational motion.
Comprehesion questions
Balancing Rotating Systems in the same and different Planes
Knowledge check question
Discussion Forum: Case Study
Comprehesion questions
Rotational Motion
Assignment: Learner practice sessions
Applications of rotational motion to real world problems
Assignment: Case Study Experiment
Check your understanding of the Module.
Take Home Message
Module 3: Friction and its Applications
Module Introductory Video
Introduction of a module on Friction and its Applications.
Practical Examples of mathematical problems on Friction and its Applications
Comprehension Questions
Assignment 1 : Based on the Video
Notes on Friction and its Applications
Quiz on Coefficient of friction
Module Notes
Case Study Question: Coefficient of Friction
Assignment
Module Discusion
Take Home Message
End of Module Quiz
Module 4: Simple Harmonic Motion
Simple Harmonic Motion
Introduction to Simple Harmonic Motion
Reading Material 1
Quiz 1
Simple Pendulums
Reading Material 2
Quiz 2
Case Study: The Pendulum Dilemma
Module Discusion 1
Oscillations Demo: Mass Spring System
Reading Material 3
Assignment 1
Assignment 2
Applications of Simple Harmonic Motion in various fields
Reading Material 4
Assignment 3
Quiz 3
Reference List
Take Home Message
Module 5: KInematics and dynamics of Mechanisms
Introductory video
Module Discusion
Comprehension Exercise
Comprehensional question 1
ACTIVITY 4
Comprehension questions 2
Case study 1: The Robotic Arm Dilemma
Assignment 1
Online discussion
Online discussion
Operations of kinematics and dynamics of mechanisms.
Experiment
ASSESSMENT OF PRACTICAL SKILL:
Applications of kinematics and dynamics of mechanisms to real world problems
Assignment 2
END OF TOPIC QUIZ
TAKE HOME MESSAGE
REFERENCE LIST
Module 6: Vibrations and Waves
Vibrations and Vibrating Systems.
Additional Video on Introduction
Reading activity
Quiz on reading material
Video Activity 1
Quiz on the videos
Case Study: Tuned Mass Damper in Skyscrapers
Discussion on Understanding Vibrating Systems
Video Activity 2
Exploring Undamped Torsional Oscillations
Module Assignment
Comprehension Questions
Take Home Message
Module 7: Coriolis Effect
Introduction to the Coriolis Effect
Video: The Coriolis Effect - An experiment
Reading Material
Video: The Coriolis Effect
Knowledge Check
Video: Coriolis Acceleration - Deriving the Equation
Reading Material II
Video: Coriolis Acceleration
Knowledge Check II
Case Study: Navigating the Coriolis Challenge
Knowledge Check III
Reading Material III
Discussion Forum: Exploring Coriolis Parameters Through Mathematical Models
Video: What is global circulation - The Coriolis effect & winds
Knowledge Check IV
Reading Material IV
Assignment: Practical Activity
Take home message
References and Supplementary Reading
Module 8: Energy and Work
Introductory video
Conservation of Energy
Reading Activity
Mechanical work and mechanical energy
Comprehension Questions
Case study
Case Study: Comprehension Questions.
Online Discussion
Kinetic energy of a rigid body and related problems
Knowledge Check
Assignment
Application of energy and work
Knowledge check
Take Home Message
Module 9: Structural Analysis
Types and magnitudes of forces acting on a structure
Appropriate materials and structural components
Module Discusion
Knowledge check 9.1
Activity 9.1: Principles of structural design
Discussion 9.1
Behavior of materials and structures under different loads.
Activity 9.2: Behavior of a structure under different loads
Discussion 9.2
Knowledge Check 9.2
Applications of structural components to real world problems
Knowledge check 9.3
Take Home Message
Resources
Module 1: Mechanics of Particles and Rigid Bodies
Module 1: Mechanics of Particles and Rigid Bodies (copy)
Module 2: Mechanics of Rotational Motion
Module Introductory Video
Milestone 1: Analyze Context and Situation
Milestone 2: Analyze Goals and Objectives
Module Discusion
Take Home Message
Assignment 1
Final Exam
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MTT 111: Mechanics and Applications
Skill Level
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Beginner
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Course Objectives
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