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This Diploma in Quantum Chemistry (CHEM-350) course is basically operated for the students to get a diploma in the field. Topics such as Particles and waves, principles of quantum mechanics, stationary states, electronic structure of atoms and molecules will be discussed in this course. To get deeper knowledge of the course there will be some extra topics the chemical bond, approximate methods, rotational and electronic transitions.

Assessment

This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification

Edukite courses are free to study. To successfully complete a course you must submit all the assignment of the course as part of the assessment. Upon successful completion of a course, you can choose to make your achievement formal by obtaining your Certificate at a cost of £49.

Having an Official Edukite Certification is a great way to celebrate and share your success. You can:

  • Add the certificate to your CV or resume and brighten up your career
  • Show it to prove your success

Course Credit: Middle East Technical University

Course Curriculum

Module: 01
Quantum Chemistry – Lecture 1.1 – [Waves and Particles] 00:40:00
Quantum Chemistry – Lecture 1.2 – [Energy exchange between light and particles] 00:53:00
Quantum Chemistry – Lecture 1.3 – [Photoelectric effect] 00:53:00
Quantum Chemistry – Lecture 1.4 – [The time-independent Schrödinger Equation] 00:46:00
Module: 02
Quantum Chemistry – Lecture 2.1 – [Normalization of the state function] 00:48:00
Quantum Chemistry – Lecture 2.2 – [Probability and the state function; Operators] 00:50:00
Quantum Chemistry – Lecture 2.3 – [Eigenvalue-Eigenfunction Equations; Orthogonality] 00:52:00
Quantum Chemistry – Lecture 2.4 – [Explicit expressions for quantum mechanical operators] 00:47:00
Module: 03
Quantum Chemistry – Lecture 3.1 – [Experimental measurements and theoretical calculations] 00:52:00
Quantum Chemistry – Lecture 3.2 – [Wavefunction & Linear Combination of Eigenfunctions] 00:50:00
Quantum Chemistry – Lecture 3.3 00:52:00
Quantum Chemistry – Lecture 3.4 – [Particle in a 1D box] 00:46:00
Module: 04
Quantum Chemistry – Lecture 4.1 00:54:00
Quantum Chemistry – Lecture 4.2 00:47:00
Quantum Chemistry – Lecture 4.3 00:50:00
Quantum Chemistry – Lecture 4.4 00:54:00
Module: 05
Quantum Chemistry – Lecture 5.1 00:49:00
Quantum Chemistry – Lecture 5.2 00:48:00
Quantum Chemistry – Lecture 5.3 00:49:00
Quantum Chemistry – Lecture 5.4 00:50:00
Module: 06
Quantum Chemistry – Lecture 6.1 00:43:00
Quantum Chemistry – Lecture 6.2 00:50:00
Quantum Chemistry – Lecture 6.3 00:49:00
Quantum Chemistry – Lecture 6.4 00:47:00
Module: 07
Quantum Chemistry – Lecture 7.1 00:45:00
Quantum Chemistry – Lecture 7.2 00:54:00
Quantum Chemistry – Lecture 7.3 00:52:00
Quantum Chemistry – Lecture 7.4 00:46:00
Module: 08
Quantum Chemistry – Lecture 8.1 00:53:00
Quantum Chemistry – Lecture 8.2 00:50:00
Quantum Chemistry – Lecture 8.3 00:48:00
Quantum Chemistry – Lecture 8.4 00:53:00
Module: 09
Quantum Chemistry – Lecture 9.1 00:48:00
Quantum Chemistry – Lecture 9.2 00:52:00
Quantum Chemistry – Lecture 9.3 00:50:00
Quantum Chemistry – Lecture 9.4 00:50:00
Module: 10
Quantum Chemistry – Lecture 10.1 00:52:00
Quantum Chemistry – Lecture 10.2 00:45:00
Quantum Chemistry – Lecture 10.3 00:52:00
Quantum Chemistry – Lecture 10.4 00:48:00
Module: 11
Quantum Chemistry – Lecture 11.1 00:47:00
Quantum Chemistry – Lecture 11.2 00:51:00
Quantum Chemistry – Lecture 11.3 00:50:00
Quantum Chemistry – Lecture 11.4 00:49:00
Module: 12
Quantum Chemistry – Lecture 12.1 00:44:00
Quantum Chemistry – Lecture 12.2 00:54:00
Quantum Chemistry – Lecture 12.3 00:38:00
Quantum Chemistry – Lecture 12.4 00:50:00
Module: 13
Quantum Chemistry – Lecture 13.1 00:50:00
Quantum Chemistry – Lecture 13.2 00:48:00
Module: 14
Quantum Chemistry – Lecture 14.1 00:18:00
Quantum Chemistry – Lecture 14.2 00:47:00
Assessment
Submit Your Assignment 00:00:00
Certification 00:00:00

Course Reviews

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