TOPIC 01- Waves

PHY-F5-T1-01 Pendulum & Its Natural Frequency

PHY-F5-T1-02 Spring & Its Natural Frequency

PHY-F5-T1-03 Damping

PHY-F5-T1-04 Resonance

PHY-F5-T1-05 Examples Of Resonance In Our Daily Routine

PHY-F5-T1-06 Types Of Waves. Transverse Waves.

PHY-F5-T1-07 Transverse Waves & Other Terminologies

PHY-F5-T1-08_ How Equation Of Wave V=fλ Is Derived & Its Applications In Calculation

PHY-F5-T1-09 Longitudinal Waves & How Wave Length Is Measured

PHY-F5-T1-10 Application On Wave Equation Is Derived & Its Applications In Calculation

PHY-F5-T1-11 To Use Stroboscope To Freeze Water Waves

PHY-F5-T1-12 Solving Problems With Wave Equation By Using Stroboscope. Refraction Of Water Wave

PHY-F5-T1-13 To Study How Water Waves Refract In Different Depth

PHY-F5-T1-14 Dark & Bright Lines Formed Below Water Surface

PHY-F5-T1-15 To Compare How Water Waves Refract Towards Shallow Region

PHY-F5-T1-16 Pattern Of Water Waves After Refraction. Application On Wave Equation In Refraction

PHY-F5-T1-17 Calculations On Wave Equation In Refraction~ Part 1

PHY-F5-T1-18 Calculations On Wave Equation In Refraction~ Part 2. Reflection Of Water Waves

PHY-F5-T1-19 Different Type Of Barrier Will From Different Pattern Of Reflected Water Waves. Phenomenon Of Diffraction

PHY-F5-T1-20 Why Diffraction Happens & The Factors Of Diffraction