Learn experimental physics to develop physics intuition through practice, problems, clear fundamentals and case studies
GET TO KNOW THE EXPERIMENTAL SIDE OF PHYSICS!
What you’ll learn
- Understand the concept of least count, vernier instruments, and practical limitations of measuring devices.
- Correctly apply Significant Figures and Error Analysis to calculate, interpret, and report experimental results.
- Apply Dimensional Analysis to validate equations, physical reasoning and write mathematical expressions.
- Develop practical intuition with case studies and confidence through systematic problem-solving.
Course Content
- Concept of Least Count –> 8 lectures • 38min.
- Significant Figures –> 6 lectures • 19min.
- Error Analysis –> 11 lectures • 42min.
- Units and Angles –> 11 lectures • 59min.
- Dimensional Analysis –> 8 lectures • 46min.
- A Lot of Problems –> 7 lectures • 46min.
- Extra –> 2 lectures • 1min.
Requirements
GET TO KNOW THE EXPERIMENTAL SIDE OF PHYSICS!
Experimental physics is not just about scoring marks—it is about learning how physics is measured, verified, and trusted. This course is designed to help you build strong physics intuition through clear theory, structured learning, and extensive problem-solving.
A key strength of this course is the large number of solved problems included in the following manner :
- Many solved problems are covered within the theory lectures themselves
- All the worksheets (in PDF format) contain numerically based problems to strengthen your analytical skills
- The quizzes included in each section test your theoretical understanding
- A separate section is dedicated exclusively to problem-solving
THIS GIVES YOU AN EDGE IN ANY TEST OR COMPETITIVE EXAM, BE IT A-LEVEL, JEE, AP Physics 1 /2/C, SAT, IB Physics
Each topic is explained in sufficient depth, from the basics, so that concepts are understood, not merely memorized. Instead of treating experimental physics as a set of isolated formulas, the course focuses on developing a logical way of thinking that helps you approach measurements, errors, and analysis with confidence.
To develop real intuition, the course also includes Case Studies, such as the NASA 1998 Mars Climate Orbiter Mission, the Effect of Time Dilation on GPS location, which demonstrate how small measurement or analysis errors can lead to serious real-world consequences. These examples help connect theory with reality, making the learning more meaningful.
By the end of the course, you will feel confident in both concepts and problem-solving, with a solid foundation in experimental physics that goes beyond exams.
Disclaimer: This course is intended for adult learners 18+ or parents/guardians supervising high school or younger students’ learning, as per Udemy policy