Structure of matter: atoms, molecules, nanomaterials. Part1
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Approx. 17 hours to complete
Course Summary
Explore the structure of matter and learn how to predict and explain the properties and behavior of materials with this introductory course.Key Learning Points
- Understand the fundamental concepts of quantum mechanics and atomic structure
- Examine the electronic structure of atoms and molecules
- Learn about the properties of solids and how they are related to their structures
Job Positions & Salaries of people who have taken this course might have
- Materials Scientist
- USA: $80,000 - $120,000
- India: INR 5,00,000 - INR 10,00,000
- Spain: €30,000 - €50,000
- Research Scientist
- USA: $60,000 - $100,000
- India: INR 4,00,000 - INR 8,00,000
- Spain: €25,000 - €40,000
- Materials Engineer
- USA: $70,000 - $110,000
- India: INR 4,50,000 - INR 9,00,000
- Spain: €25,000 - €45,000
Related Topics for further study
Learning Outcomes
- Understand the structure of matter and its properties
- Learn how to apply quantum mechanics to atomic and molecular structure
- Develop an understanding of solid state physics and the properties of materials
Prerequisites or good to have knowledge before taking this course
- Basic knowledge of chemistry and physics
- Familiarity with basic mathematics
Course Difficulty Level
IntermediateCourse Format
- Online
- Self-paced
Similar Courses
- Introduction to Solid State Chemistry
- Materials Science: 10 Things Every Engineer Should Know
- Nanotechnology: A Maker's Course
Related Education Paths
- Master of Science in Materials Science and Engineering
- Professional Certificate in Materials Science and Engineering
Notable People in This Field
- Richard Feynman
- Linus Pauling
- Robert Hooke
Related Books
Description
A two-part course lays down an understanding of the fundamental foundations of the structure of atoms and molecules, chemical bonds, intermolecular interactions.
Outline
- Module 1
- 1.1 "Models in Chemistry"
- 1.2 "Ancient Greeks About the Structure of Matter. Elements. Atomic Theory"
- 1.3 "Middle Ages. Pneumatic Chemistry. Chemical Element"
- 1.4 "Systematization of Elements. Periodic Law"
- 1.5 "Basics of Atomic Molecular Theory. Equivalent"
- 1.6 "Gas Laws "
- 1.7 "Laws of Atomic Molecular Theory"
- Presentation to Module 1
- Test
- Control test
- Module 2
- 2.1 "Spectral Methods"
- 2.2 "Discovery of Electron"
- 2.3 "X-Rays. Radioactivity"
- 2.4 "Isotopes"
- 2.5 "Atomic Models. Bohr Theory"
- 2.6 "Bohr-Sommerfeld Theory. Quantum Numbers"
- Presentation to Module 2
- Test
- Control test
- Module 3
- 3.1 "Wave-particle Duality"
- 3.2 "One Electron Atom"
- 3.3 "Radial Component of Wavefunction"
- 3.4 "Angular Component of Wavefunction"
- 3.5 "Many Electron Atom"
- 3.6 "Electronic Configurations of Atoms and Ions"
- 3.7 "Characteristics of Atoms"
- 3.8 "Kainosymmetric Orbitals"
- 3.9 "Trends in Properties of Elements in the Periodic System"
- Presentation to Module 3
- Test
- Control test
- Module 4
- 4.1 "Chemical Bond Types"
- 4.2 "Ionic Bond"
- 4.3 "Covalent Bond. Theory of Molecular Orbitals (МО)"
- 4.4 "Types of АО Overlaps. σ, π, δ – Bonds. Nonbonding МО"
- 4.5 "Covalent Bond. Valence Bond (VB) Theory"
- 4.6 "Diatomic Homonuclear Molecules of Second Row Elements"
- 4.7 "Homonuclear Diatomic Molecules"
- 4.8 "Vibrations of Diatomic Molecule"
- Presentation to Module 4
- Test
- Control test
- Module 5
- 5.1 "Heteronuclear Diatomic Molecules of the Second Row Elements"
- 5.2 "Heteronuclear Polyatomic Molecules"
- 5.3 "Molecular Geometry. VSEPR Theory. Part 1"
- 5.4 "Molecular Geometry. VSEPR Theory. Part 2"
- 5.5 "Molecular Geometry. VSEPR Theory. Part 3"
- 5.6 "Polarity of the Bond. Dipole Moment"
- 5.7 "Drawbacks of VSEPR Model. Group 2 Element Dihalides"
- 5.8 "Structural Flexibility in Molecules"
- 5.9 "VB Theory for Multinuclear Molecules"
- 5.10 "Isolobal Analogy Principle"
- Presentation to Module 5
- Test
- Control test
- Module 6
- 6.1 "Electron-deficient Molecules"
- 6.2 "Electron-reach Molecules"
- 6.3 "Theory of Hypervalent Bonds"
- 6.4 "Classification of Donor-Acceptor Compounds"
- 6.5 "Molecular Complexes of Iodine"
- 6.6 "Donor and Acceptor Numbers. ECW Model"
- 6.7 "Carbones and Related Compounds"
- 6.8 "Lewis Superacids. Frustrated Lewis Pairs"
- Presentation to Module 6
- Test
- Control test
- Final test
Summary of User Reviews
Read reviews for the course 'Structure of Matter 1' on Coursera. Users have given positive feedback on the course content, delivery, and instructor. Many users found the course to be engaging, informative, and well-structured.Key Aspect Users Liked About This Course
The course content is well-structured and engaging.Pros from User Reviews
- Engaging course content
- Excellent instructor
- Good pace and delivery
- Informative and well-structured
- Great for beginners and those with some knowledge of the subject
Cons from User Reviews
- Some users found the course too challenging
- Lack of interaction with other students
- No hands-on activities or projects
- Not enough depth for advanced learners
- Some technical issues with the platform
Structure of matter: atoms, molecules, nanomaterials. Part1
- 0.0
-
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A two-part course lays down an understanding of the fundamental foundations of the structure of atoms and molecules, chemical bonds, intermolecular interactions....
