Understanding Forced Oscillations in a Stretched Wire

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Homework Help Overview

The discussion revolves around forced oscillations in a stretched wire, specifically focusing on the propagation of disturbances and the effects of a driving force on displacement over time. The problem involves a wire of specified length and mass under tension, with participants exploring the implications of these parameters on the behavior of the system.

Discussion Character

  • Exploratory, Assumption checking, Problem interpretation

Approaches and Questions Raised

  • Participants are attempting to determine where disturbances in the wire will meet and how the driving force affects displacement. There are questions regarding the clarity of the problem and the expectations for responses.

Discussion Status

The discussion is ongoing, with participants expressing the need for clarification and emphasizing that they will not provide direct answers. There is a mix of attempts to engage with the problem and requests for further explanation of the original poster's queries.

Contextual Notes

Some participants express confusion about the original poster's questions, indicating a potential lack of clarity in the problem statement or expectations for assistance.

buyuk_turkiye_ufo
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1- A wire 10.0 m long and having a mass of 100 g is stretched under a tension of 250 N. If two disturbances separeted in time by 0.030 s are generated one at each of the wire where will the distrubances meet?

2- Consider the forced oscillations. At t=0, the driving force
F(t)=F(0)[1.exp(-at)] is turned on. Find the displacement at any time. Assume that at t=0, the displacement is zero and initial velocitiy is V0
 
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buyuk_turkiye_ufo said:
1- A wire 10.0 m long and having a mass of 100 g is stretched under a tension of 250 N. If two disturbances separeted in time by 0.030 s are generated one at each of the wire where will the distrubances meet?

2- Consider the forced oscillations. At t=0, the driving force
F(t)=F(0)[1.exp(-at)] is turned on. Find the displacement at any time. Assume that at t=0, the displacement is zero and initial velocitiy is V0

You need to make an attempt at the probem. Tell us what you tried to do.
 
Qustions are asked. What do you means?
 
We won't do your homework for you, we will only help you.
 
why? where do u cany understans?
 
where do YOU can't understan?
 

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