Superposition/ Reflection OF Waves and Standing Waves Theory

Superposition || Reflection OF Waves

Superposition OF Waves||Standing Waves

Standing Waves In Roda

Superposition OF waves

Transmission and reflection OF waves

Energy in Travelling and Standing Waves

Sound Waves - Reflection Of Sound Waves|Longitudinal Standing Waves|Resonance|Questions|Beats|Beat Frequency|Questions|Doppler's Effect|Cases|Questions

Reflection and transmission of wave

Introduction||Huygens Wave theory||Derivation OF Reflection & Refraction using Huygens Theory

Incident wave y= A sin (ax + bt+ pi/2) is reflected by an obstacle at x = 0 which reduces intensity of reflected wave by 36%. Due to superposition, the resulting wave consists of a standing wave and a travelling wave given by y= -1.6 sin ax sin bt + cA cos (bt + ax) where A, a, b and c are positive constants. 1. Amplitude of reflected wave is