WebTherefore, Y(s) is a complex quantity, and it is referred to as the complex input admittance of an s— domain GLC parallel circuit. In other words, Y(s) is the ratio of the current … WebApr 16, 2024 · The equation y=asin (wt-kx) represents a plane wave travelling in a medium along the x-direction, y being the displacement at the point x at time t. I. Given that x is in …

Why is the Plane progressive wave equation $y= a\\sin (kx-wt)$ for ...

WebScience Physics The equation y = Asin (wt - kx) represents a sound wave travelling in the x direction. Explain clearly what the letters y, A, w and k represent for a sound wave. State … WebF = ma = md 2 x/dt 2 with F = -kx, leads to the second-order differential equation. d 2 x/dt 2 = -(k/m)x. We now know how to solve this equation. The solution is . x(t) = Acos(ωt + φ), with ω 2 = k/m. The solution to a second-order differential equation includes two constants of integration. Here these constants are A and φ. citation for amy tan mother tongue

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WebOct 18, 2024 · Answer:In the given equation y=Asin(ωt−kx)Since, trigonometric function is a dimensionless quantity. So, (ωt−kx) ... Rewaaj Rewaaj 10/18/2024 Physics College … WebTherefore, Y(s) is a complex quantity, and it is referred to as the complex input admittance of an s— domain GLC parallel circuit. In other words, Y(s) is the ratio of the current excitation I,(s) to the voltage response V(s) under zero state (zero initial condi- tions). Example 4.5 Compute Z(s) and Y(s) for the circuit of Figure 4.16. Weby(x,t) = A sin(wt - kx) where k is a constant known as the wave number. Note: this k is not the same as the k we used for spring constant. For a wave traveling left the motion of the particle to the right is ahead of that of the particle to … citation for an essay