A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.

Question

Vikas TU · Answer

Dear Student,

In the event that the pressure of the elastic string is T and the expansion is e, by accepting the elastic string obey snares law, record a connection amongst T and e.

As indicated by the snares law

Stress is specifically corresponding to strain.

 k = push/strain

At that point strain is additionally the specifically corresponding to development

Tα e

T = ke.

Cheers!!

Regards,

Vikas (B. Tech. 4^th year
Thapar University)

Thank you for registering.

Register Now and Win Upto 25% Scholorship for a Full Academic Year !

Enter Your Details

Registration done!

Guest

A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1. If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.

A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.

1 Answers

Think You Can Provide A Better Answer ?

Other Related Questions on Wave Optics

ASK QUESTION

Answer and earn gift vouchers

View courses by askIITians

Design classes One-on-One in your own way with Top IITians/Medical Professionals

Complete Self Study Package designed by Industry Leading Experts

Live 1-1 coding classes to unleash the Creator in your Child

a Complete All-in-One Study package Fully Loaded inside a Tablet!

Register Now & Win Upto 25% Scholorship

Thank you for registering.

Register Now and Win Upto 25% Scholorship for a Full Academic Year !

Enter Your Details

Registration done!

Guest

IIT JEE Courses

One Year IIT Programme

Two Year IIT Programme

Crash Course

NEET Courses

One Year NEET Programme

Two Year NEET Programme

One to One

School Board

Live Online classes

Class 11 & 12

Class 9 & 10

Class 6, 7 & 8

Test Series

JEE test series

NEET test series

C.B.S.E test series

Complete Self Study Packages

FULL COURSE

For class 12th

For class 11th

A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1. If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.

A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.

1 Answers

Think You Can Provide A Better Answer ?

Other Related Questions on Wave Optics

ASK QUESTION

Answer and earn gift vouchers

View courses by askIITians

Design classes One-on-One in your own way with Top IITians/Medical Professionals

Complete Self Study Package designed by Industry Leading Experts

Live 1-1 coding classes to unleash the Creator in your Child

a Complete All-in-One Study package Fully Loaded inside a Tablet!

Register Now & Win Upto 25% Scholorship

A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.