Applied Physics: A Crash Course in Physics From (A-Z)
The course Introduction to Applied Physicsis very unique and rarely found on any online platform, while it has high demand due to its application in the above subtitle of the course. This course Introduction to Applied Physics is being taught as an optional and compulsory subject in different universities. You can watch many unique tutorials in Introduction to Applied Physics for data science and machine learning course. Also, Introduction to Applied Physics is a high-level course above intermediate.
The course contains high-definition video content and the length of the course is 7 hours with more than 5 sections. The course has been designed on PowerPoint slides. Moreover, we have question-answer sections in each video, if you feel any difficulty then you can put your question to clear your concepts, and we will promptly reply to your question. Watch each video sequence wise and don't skip any video if you want to be a clear understanding of "Applied Physics. You will not find this course on a web search of google or YouTube and this course is only available on Udemy with strong content.
You will learn all basics and advanced concepts of applied physics. The course material is highly constructed under the supervision of an instructor. You shall start from the basics and end up with a high level of applied physics. One thing which is good for the students is that there is no mathematics used in this course and the course is totally theoretical rather than mathematical.
At the of the course, you will be able to apply the applied physics in all areas that I have written in the subtitle of this course. You feel comfortable and have no barriers while taking this course. It is because the course is very basic and advanced. However, if any student feels difficulty then he can ask me the questions in the questions answers section of this course. I am always here and will give you a prompt response. The main topics in this course are.......
Chapter # 1 - Properties of Matter
Chapter # 2 - Flowing Fluids
Chapter # 3 - Heat and Thermodynamics
Chapter # 4 - Optics and Light
Chapter # 5 - Electricity and Magnetism
