### Educational Content on Wave Propagation**Understanding Wave Propagation: Velocity and Frequency Relationships**#### Analysis of the Graph:The provided figure shows three sections of a wave traveling through different media or conditions. Each segment is labeled with a velocity (`v`) and a medium (`n`). - The section labeled `v_a` and `n_a` represents the wave traveling through the first medium with velocity `v_a`.- The section labeled `v_b` and `n_b` represents the wave traveling through the second medium with velocity `v_b`.- The section labeled `v_c` and `n_c` represents the wave traveling through the third medium with velocity `v_c`.#### Key Observations:- The wavelength decreases from left to right, indicating changes in the wave's velocity through different media.- The wavelengths in each medium suggest different relationships between the velocity and the frequency of the waves.#### Question:"In the figure"- **Option 1:** $ v_b > v_a > v_c $- **Option 2:** $ v_b < v_a > v_c $- **Option 3:** $ v_b < v_a < v_c $- **Option 4:** $ v_b = v_a > v_c $The correct relationship among the wave velocities (`v_a`, `v_b`, and `v_c`) can be inferred based on the wavelength depicted in each medium. Since the frequency of the wave remains constant across different media, the velocity is proportional to the wavelength. Hence, the medium with the longest wavelength indicates the highest velocity, and the medium with the shortest wavelength indicates the lowest velocity.#### Detailed Explanation:The figure illustrates that the wavelength is in the sequence decreasing from `n_a` to `n_c`. This implies that the velocity follows the trend of the wavelengths:1. **First Section (n_a)**: The wavelength is longest implying `v_a` is the highest.2. **Second Section (n_b)**: The wavelength is intermediate indicating `v_b` is between `v_a` and `v_c`.3. **Third Section (n_c)**: The wavelength is the shortest implying `v_c` is the lowest.Thus, the correct relationship is likely to be:- **Option 1:** $ v_b < v_a > v_c $This is consistent with the observed wavelengths in the graph.### Conclusion:The graph and its interpretation help illustrate the concept of

Given A wave is represented in figure shown We have to choose the correct option from given options.

Answered: % www na nc 2013 Pearson Education Inc…

Science

Physics

% www na nc 2013 Pearson Education Inc In the figure O Vb>VaVc O Vb Va> Vc O Vb < VaVc Vb = Va > Vc

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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18 P Pearson Sign In PAcceptable units Vo is the voltage of the battery, Qmax Is the charge on the capacitor when t = ∞, & I; is the initial current. Capacitor charge Resistor voltage Capacitor voltage Vc = Vo(1-e-t/t) Qc = Qmax(1-e-t/T) Vc≈ 0.632V Qc≈ 0.632Qmax Discharging RC Circuit: o V; is the initial voltage of the relevant device (capacitor or resistor), Q; is the initial charge, & I; is the initial current. Capacitor voltage Vc = Vje-t/t Capacitor charge Qc = Q₁e-t/t Resistor voltage VR = V₁e-t/t VR≈ 0.368V; Current I = I₁e-t/t I≈ 0.3681; Vc≈ 0.368V; Qc≈ 0.368Q; 13.5 Formula 9. When t = T Videos First graph 4.5 The Q vs t graph shown below is for the capacitor of an RC circuit. Q (C) Formula When t = T 14 21 28 35 42 49 56 63 70 t(s) Current VR = Voe-t/T I = I₁e-t/t VR≈ 0.368Vo I≈ 0.3681 Determine the time constant of the RC circuit. T= If C = 9 F, determine R. R = Ω In this case, was the capacitor charging or discharging? charging
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