The vibrating length of a violin's top string is 0.31… | StemPy Lab

Help Contact For teachers and institutes

Mock Tests Classes Groups

StemPy Lab

Learn. Solve. Code the solutions. Test yourself.

Live examsFree mock exams, timed and rankedEveryone starts together, and your score and rank come the moment it ends.See the exams →

Learn

Physics
Chemistry
Mathematics
Biology
Python Programming
Statistics & Data Science
Classes
Groups

Practice

Problems
Quizzes
Mock Tests
Prepare for an Exam
Question Sets
Exams
Certificates
Python Labs
AI Practice Generator
Student-Created Tests

Community

Discussions
Resources
Notes
Blog

Account

Dashboard
My Content
Profile
Log in

© 2026 senLearn. All rights reserved.Help About Contact Privacy Policy Terms of Use Refund Policy

The vibrating length of a violin's top string is 0.31… | StemPy Lab

Quizzes
The vibrating length of a violin's top string is 0.31 m, and its fundamental is 440 Hz. How fast do waves travel along it?

PhysicsMediumHigh School (11–12)Waves & Sound › Superposition and Standing Waves Waves & Sound › Sound Waves and Hearing

Created by StemPy Lab

The vibrating length of a violin's top string is $0.31\ \text{m}$ , and its fundamental is $440\ \text{Hz}$ . How fast do waves travel along it?

← All Quizzes

← A standing wave on a cord has a wavelength of 44 cm. How far is a node from the nearest antinode?A tanpura string sounds at 210 Hz under a tension of 64 N. The tension is raised to 100 N, and the length stays the same. What is the new fundamental? →

More onWaves & Sound › Superposition and Standing Waves Waves & Sound › Sound Waves and Hearing

Discussion (0)

Log in to join the discussion.

Loading…

More questions on this topic

A steel wire is fixed between two rigid supports 0.80 m apart. It is stretched so that its strain…Hard
A standing wave on a string is y = (6.0 mm) sin(10π x) cos(200π t), with x in metres and t in…Advanced
A string 1.2 m long, with a linear mass density of 5.0 g/m, is fixed at both ends under a tension…Advanced
A student says: if I double the tension in a guitar string, its fundamental doubles. What is wrong?Hard
A standing wave is y = 6 sin(π x/15) cos(80π t), with y in mm, x in cm and t in s. How far apart…Hard

All questions on this topic →

Problems on this topic

Two small loudspeakers S₁ and S₂ stand 1.5 m apart in an open field and are fed by the same…Hard
A sonometer wire is 0.80 m long between its bridges, and its tension comes from a load hanging over…Hard
A wire is made of two parts joined end to end: a part 0.50 m long with a linear mass density of 2.5…Advanced
Ten tuning forks are set out in order of rising frequency…Hard

All problems on this topic →