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You have two string segments of equal length, segment 1 of linear mass density μ₁ and segment 2 of linear mass density 2 > ₁. You splice the two together and then tie the combination tautly between two posts. You splice in such a way that, once attached to the posts, the length of segment 1 to the left of the splice is the same as the length of segment 2 to the right of the splice. When you pluck at a particular frequency, you set up a standing wave that has this pattern: nodes at the splice and where each segment is attached to its pole plus five more nodes in one of the segments and six more nodes in the other segment (fourteen nodes in all). Part A What is the numerical value of the ratio μ₁/₂? Express your answer using two significant digits. 195| ΑΣΦ 1/2 = 0.18 Submit Previous Answers Request Answer ?

You have two string segments of equal length, segment 1 of linear mass density μ₁ and segment 2 of linear mass density 2 > ₁. You splice the two together and then tie the combination tautly between two posts. You splice in such a way that, once attached to the posts, the length of segment 1 to the left of the splice is the same as the length of segment 2 to the right of the splice. When you pluck at a particular frequency, you set up a standing wave that has this pattern: nodes at the splice and where each segment is attached to its pole plus five more nodes in one of the segments and six more nodes in the other segment (fourteen nodes in all). Part A What is the numerical value of the ratio μ₁/₂? Express your answer using two significant digits. 195| ΑΣΦ 1/2 = 0.18 Submit Previous Answers Request Answer ?

College Physics
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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You have two string segments of equal length, segment 1 of linear mass density μ₁ and segment 2 of linear mass density μ2 > μ₁. You splice the two together and then tie the combination tautly between two posts. You splice in such a way that, once attached to the posts, the length of segment 1 to the left of the splice is the same as the length of segment 2 to the right of the splice. When you pluck at a particular frequency, you set up a standing wave that has this pattern: nodes at the splice and where each segment is attached to its pole plus five more nodes in one of the segments and six more nodes in the other segment (fourteen nodes in all). Part A What is the numerical value of the ratio μ₁/μ₂? Express your answer using two significant digits. [Π| ΑΣΦ M₁/M2 = 0.18 Submit Previous Answers Request Answer ?
Transcribed Image Text:You have two string segments of equal length, segment 1 of linear mass density μ₁ and segment 2 of linear mass density μ2 > μ₁. You splice the two together and then tie the combination tautly between two posts. You splice in such a way that, once attached to the posts, the length of segment 1 to the left of the splice is the same as the length of segment 2 to the right of the splice. When you pluck at a particular frequency, you set up a standing wave that has this pattern: nodes at the splice and where each segment is attached to its pole plus five more nodes in one of the segments and six more nodes in the other segment (fourteen nodes in all). Part A What is the numerical value of the ratio μ₁/μ₂? Express your answer using two significant digits. [Π| ΑΣΦ M₁/M2 = 0.18 Submit Previous Answers Request Answer ?
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