COURSE DESCRIPTION
This is a complete course tutorial self-training that comprise: recorded videos sessions of the theory explained in each topics. along with the exercises solved, quizzes and tests given with memorandum. this course is following the exact curriculum of Vaal University of Technology Vanderbiljpark. The textbook used throughout the training is KA Kroos & MC Potter; Thermodynamics for Engineers; SI Edition; CENGAGE Learning. everything is set in place so that a minimum of 75% in your school semester tests is guarantied. We wish you enjoy and promote.
CERTIFICATION
your work is always rewarded at the end of the semester should you complete the course with over 75% average.
COURSE’SÂ RULES
- This course will open on the first of July 2025 and close on the 30th of November 2025
- once you purchase the course, regardless on when you purchase it, the access to all contents of the course will be accessible to you immediately and the access will be denied from the 30th of November 2025. should you wish to continue accessing the content, a new purchase will be required.
- your comments will be appreciated and will help us improve the quality and the delivery of our contents.
Course Features
- Lectures 59
- Quizzes 6
- Duration 120 days
- Skill level All levels
- Language English
- Students 0
- Certificate Yes
- Assessments Self
Curriculum
- 7 Sections
- 59 Lessons
- 120 Days
- GENERAL THERMODYNAMICS7
- IDEAL CYCLES10
- 6.0Theory explained part 1
- 6.1Theory explained part 2
- 6.2Theory explained part 3
- 6.3Theory explained part 4
- 6.4Question 1 and 2 solved in details
- 6.5Question 3 and 4 solved in details
- 6.6Question 5 and 6 solved in details
- 6.7Question 7 and 8 solved in details
- 6.8Question 9 and 10 solved in details
- 6.10Evaluation10 Minutes0 Questions
- INTERNAL COMBUSTION ENGINES11
- 9.0Theory explained part 1
- 9.1Theory explained part 2
- 9.2Theory explained part 3
- 9.3Theory explained part 4
- 9.4Theory explained part 5
- 9.5Question 1 and 2 solved in details
- 9.6Question 3 and 4 solved in details
- 9.7Question 5 and 6 solved in details
- 9.8Question 7 and 8 solved in details
- 9.9Question 9 and 10 solved in details
- 9.10Evaluation10 Minutes0 Questions
- STEAM TURBINES9
- 13.0Theory explained part 1
- 13.1Theory explained part 2
- 13.2Theory explained part 3
- 13.3Question 1 and 2 solved in details
- 13.4Question 3 and 4 solved in details
- 13.5Question 5 and 6 solved in details
- 13.6Question 7 and 8 solved in details
- 13.7Question 9 and 10 solved in details
- 13.8Evaluation10 Minutes0 Questions
- APPLICATIONS OF INTEGRATION - AREA BETWEEN CURVES.8
- REFREGIRATION10
- 17.0Theory explained part 1
- 17.1Theory explained part 2
- 17.2Theory explained part 3
- 17.3Theory explained part 4
- 17.4Question 1 and 2 solved in details
- 17.5Question 3 and 4 solved in details
- 17.6Question 5 and 6 solved in details
- 17.7Question 7 and 8 solved in details
- 17.8Question 9 and 10 solved in details
- 17.9Evaluation10 Minutes0 Questions
- AIR COMPRESSOR AND NATURAL FLOW OF HEAT10
- 18.0Theory explained part 1
- 18.1Theory explained part 2
- 18.2Theory explained part 3
- 18.3Theory explained part 4
- 18.4Question 1 and 2 solved in details
- 18.5Question 3 and 4 solved in details
- 18.6Question 5 and 6 solved in details
- 18.7Question 7 and 8 solved in details
- 18.8Question 9 and 10 solved in details
- 18.9Evaluation