Homework due Feb 7, 2023 09:00 CSTRipples in a Pond Part ITwo rocks, rock A at x = 0 m and rock B at x = 1.0 m, are dropped simultaneously (at t = 0 s) into a still pond, instantlycreating ripples that travel toward the other rock. Rock A forms ripples of amplitude 0.18 m and speed 0.32 Rock Bforms ripples of amplitude 0.35 m and speed 0.42 mAssume that the amplitude of the ripples do not decay as the ripples propagate outward.Calculate the position (in meters) where the two ripples meet.5.365.36You have 2 errors to correct: Your answer is outside the acceptable bounds. You may have made a calculation or roundingerror. Also, your answer does not have the correct number of significant digits.Submitm xYou have used 2 of 10 attemptsRipples in a Pond Part IISaveWhen the two sets of ripples meet, they interfere, creating a wave that is a superposition of the two sets of rippples.Assuming that the amplitudes of the ripples do not decay while propagating, calculate the amplitude of the resulting wave.m

Answered: Image /qna-images/answer/4919159c-a52d-4b18-9287-d480bd16a30b.jpg

Two rocks, rock A at x = 0 m and rock B at x = 1.0 m, are dropped simultaneously (at t = 0 s) into a still pond, instantly creating ripples that travel toward the other rock. Rock A forms ripples of amplitude 0.18 m and speed 0.32. Rock B forms ripples of amplitude 0.35 m and speed 0.42 m. Assume that the amplitude of the ripples do not decay as the ripples propagate outward. Calculate the position (in meters) where the two ripples meet. 5.36 m x 5.36 You have 2 errors to correct: Your answer is outside the acceptable bounds. You may have made a calculation or rounding

Two rocks, rock A at x = 0 m and rock B at x = 1.0 m, are dropped simultaneously (at t = 0 s) into a still pond, instantly creating ripples that travel toward the other rock. Rock A forms ripples of amplitude 0.18 m and speed 0.32. Rock B forms ripples of amplitude 0.35 m and speed 0.42 m. Assume that the amplitude of the ripples do not decay as the ripples propagate outward. Calculate the position (in meters) where the two ripples meet. 5.36 m x 5.36 You have 2 errors to correct: Your answer is outside the acceptable bounds. You may have made a calculation or rounding

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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