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Gas Laws and Kinetic

 For 2022 G.C.E Advanced level students for month of October

LKR 3,000.00

Paper Class for G.C.E. (Advance Level) English Medium Students(2022) for October

LKR 2,000.00

Paper Class for G.C.E. (Advanced Level) English Medium students (2021)

 For month of October

LKR 2,000.00

Full Revision (Crash Course)

For 2021 G.C.E. Advanced level students for month of October

LKR 3,000.00

Paper class (2022) english medium GCE A/L students

for the month of September

LKR 2,000.00

Thermal Expansion

For 2022 G.C.E advanced level students for month of september.

LKR 3,000.00

Full Revision (Crash Course)

For 2021 G.C.E. Advanced level students for month of September

LKR 3,000.00

Paper class (2021) english medium GCE A/L students

for the month of September

LKR 2,000.00

All Courses Available

ආදර්ශ ප්‍රශ්න පත්‍ර අංක 6 - සිංහල මාධ්‍ය

LKR 3,000.00

මහාචර්‍යය එස්.ආර්.ඩී. රෝසා ගේ 2018 බහුවරණ විවරණ පොත

LKR 400.00

Course Structure

5 Lesson
2 Quizes

Time

4 weeks

Level

intermediate

Invesment

3,000.00 LKR

G.C.E. (Advanced Level) 2020 and 2021

- Basic knowledge about heat transfer mechanisms and electrostatic fields. - G.C.E. (Ordinary Level) math knowledge.

To give the student a sound knowledge about the phenomena that marked the beginning of modern physics, namely, blackbody radiation and photoelectric effect.

After following this course, the student will be able to,

- Demonstrate his/her knowledge about the quantum nature of radiation and how it will be used to explain blackbody radiation and photoelectric effect.

- Answer all the past paper questions (MCQs and essay) from the units that are covered in the course.

Quantum Nature of Radiation and Photoelectric Effect

We intend to cover all the topics related to Blackbody radiation and Photoelectric effect in the syllabus thoroughly with some extra knowledge regarding the topics plus discuss all the past paper questions within this 8 hour course. 

The following topics are covered;

Quantum nature of radiation

- Black body radiation

- Stefan’s law

- Modification of the Stefan’s law for non-black bodies

- Intensity distribution of black body radiation

- Wien’s displacement law

- Failure of the classical physics to explain the distribution of intensity of radiation

- Planck’s hypotheses

Photoelectric effect

- Threshold frequency

- I-V graphs

- Stopping potential

- Graph of frequency against stopping potential

- Graphs for different metals

- Failure of the classical physics to explain photoelectric effect

- Hypotheses put forward by Einstein to explain the photoelectric effect. Explanation of photoelectric effect considering energy quanta (photon)

- Work function

- Einstein’s photoelectric effect equation

- Relationship between work function and threshold frequency

- Relationship between stopping potential and maximum kinetic energy

 

 

Course Includes

- Full discussion of the theory

- Discussion of past paper questions

Meet Your Instructor

Lessons

11.2 matter and radiation (Past Paper MCQs)