WebIn a stationary wave (i) strain is maximum at nodes (ii) strain is minimum at nodes (iii) strain is maximum at antinodes (iv) strain is minimum at antinodes Step-by-step solution Step 1 of 3 Standing waves: Standing waves are produced by the superposition of two waves having the same frequency and amplitude travelling in the opposite direction. WebIn a stationary wave strain is maximum at the node because two opposite forces act at the node. What factors affect the frequency of a wave on a string? The four properties of the string that affect its frequency are length, diameter, tension, and density.

In a stationary wave: (1) Strain is maximum at nodes (2) Strain is ...

WebThis is the equation of stationary wave. The amplitude of the resultant wave, oscillates in space with an angular frequency ω, which is the phase change per metre. At such points where kx = mπ = mλ/2, sin kx= sin mπ = 0. Hence A = 0. The points where the amplitude is zero are referred to as nodes. At these points ∆y/∆x = maximum, that ... WebJun 14, 2024 · In stationary waves, the maximum strain is at chip cryptomator

Formation of Stationary (Standing) Waves - Study Page

WebAt nodes presure change (strain) is max . Standing wave - Two identical wave travel in opposite direction in the same medium combine to form stationary wave .- Option 1) … WebStanding waves are produced by the superposition of two waves having the same frequency and amplitude travelling in the opposite direction. Standing waves are called as the … WebA stationary wave is made up of nodes and antinodes. Nodes are where there is no vibration; Antinodes are where the vibrations are at their maximum amplitude; The nodes and antinodes do not move along the string. Nodes are fixed and antinodes only move in the vertical direction; Between nodes, all points on the stationary are in phase chip cs2 photoshop