A particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 is a.2:1 b.3:1 c.4:1 d.1:4

Question

Gaurav Gupta · Answer

Khimraj · Answer

Total energy is given as TE = (½)mw 2 A 2 Kinetic energy is given as KE =( ½ )mv 2 = (½)mw 2 A 2 cos 2 (wt). Potential energy is given as PE = TE – KE = (½)mw 2 A 2 sin 2 (wt). Value of wt = (360/T)*(T/12) = 30 So KE/PE = cot 2 (wt) = cot 2 (30) = 3. Hope it clears.

ankit singh · Answer

Let the displacement be x K E = 2 1 ​ K ( A 2 − x 2 ) P E = 2 1 ​ K x 2 Given: K E = P E 2 1 ​ K ( A 2 − x 2 ) = 2 1 ​ K x 2 x = 2 ​ A Let the displacement be x K E = 2 1 ​ K ( A 2 − x 2 ) P E = 2 1 ​ K x 2 Given: K E = P E 2 1 ​ K ( A 2 − x 2 ) = 2 1 ​ K x 2 ​

Thank you for registering.

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

Enter Your Details

Registration done!

Guest

A particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 is a.2:1 b.3:1 c.4:1 d.1:4

A particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 is
a.2:1
b.3:1
c.4:1
d.1:4

3 Answers

Let the displacement be x

Think You Can Provide A Better Answer ?

Other Related Questions on Wave Motion

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 particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 is a.2:1 b.3:1 c.4:1 d.1:4

A particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 isa.2:1b.3:1c.4:1d.1:4

3 Answers

Let the displacement be x

Think You Can Provide A Better Answer ?

Other Related Questions on Wave Motion

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 particle starts oscillating SHM from its equilibrium position than, the ratio of kinetic energy and potential energy of the particle at time T/12 is
a.2:1
b.3:1
c.4:1
d.1:4