You have two ropes of the same length. The mass of the second rope is twice the mass of the first rope. The?
-
-
Answer:
u = √[T*L/M] Doubling the mass will reduce the wave speed u by a factor of 1/√2
Steve at Yahoo! Answers Visit the source
Other answers
u = √[T*L/M] Doubling the mass will reduce the wave speed u by a factor of 1/√2
Steve
The same. Assuming both ropes are different systems, only the amplitude would change with different ropes.
cmxiv
The same. Assuming both ropes are different systems, only the amplitude would change with different ropes.
cmxiv
Related Q & A:
- Does Mathematica use first-order or second-order unification?Best solution by Mathematica
- How to make the first page of a PDF display by itself and the succeeding pages display two-up?Best solution by Super User
- Help finding mass and center of mass?Best solution by Yahoo! Answers
- Can you help with climbing ropes?Best solution by Yahoo! Answers
- What rope should I use for a rope swing?Best solution by lowes.com
Just Added Q & A:
- How many active mobile subscribers are there in China?Best solution by Quora
- How to find the right vacation?Best solution by bookit.com
- How To Make Your Own Primer?Best solution by thekrazycouponlady.com
- How do you get the domain & range?Best solution by ChaCha
- How do you open pop up blockers?Best solution by Yahoo! Answers
For every problem there is a solution! Proved by Solucija.
-
Got an issue and looking for advice?
-
Ask Solucija to search every corner of the Web for help.
-
Get workable solutions and helpful tips in a moment.
Just ask Solucija about an issue you face and immediately get a list of ready solutions, answers and tips from other Internet users. We always provide the most suitable and complete answer to your question at the top, along with a few good alternatives below.