94 of 46298 Questions
View AllRecent Questions
-
0 votes0 answer106 viewsDeirdre 4 Years Ago
Modified 4 Year Ago Deirdre
-
0 votes0 answer148 viewsStewart 4 Years Ago
The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)
JEE DiscussionsModified 4 Year Ago Stewart
-
0 votes0 answer230 viewsFelicity 4 Years Ago
The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)
JEE DiscussionsModified 4 Year Ago Felicity
-
0 votes0 answer312 viewsIsaac 4 Years Ago
Modified 4 Year Ago Isaac
-
0 votes0 answer199 viewsSamantha 4 Years Ago
The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position
JEE DiscussionsModified 4 Year Ago Samantha
-
0 votes0 answer229 viewsAngela 4 Years Ago
The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position
JEE DiscussionsModified 4 Year Ago Angela
-
0 votes0 answer378 viewsPhil 4 Years Ago
1. The Velocity-time Diagram Of A Harmonic Oscillator Is Shown In The Adjoining Figure. The Frequency Of Oscillation Is
JEE DiscussionsModified 4 Year Ago Phil
-
0 votes0 answer268 viewsRose 4 Years Ago
Modified 4 Year Ago Rose
-
0 votes0 answer170 viewsAlan 4 Years Ago
JEE Simple Harmonic Motion, JEE Oscillations And Waves, JEE Physics, JEE Past Year Questions
JEE DiscussionsModified 4 Year Ago Alan
-
0 votes0 answer306 viewsRyan 4 Years Ago
Modified 4 Year Ago Ryan
-
0 votes0 answer275 viewsConnor 4 Years Ago
Modified 4 Year Ago Connor
-
0 votes0 answer280 viewsLiam 4 Years Ago
If A Particle Under S.H.M. Has Time Period 0.1 Sec And Amplitude 2 \times 10^{ - 3} M . It Has Maximum Velocity
JEE DiscussionsModified 4 Year Ago Liam
-
0 votes0 answer299 viewsChristian 4 Years Ago
If A Particle Under S.H.M. Has Time Period 0.1 Sec And Amplitude 2 \times 10^{ - 3} M . It Has Maximum Velocity
JEE DiscussionsModified 4 Year Ago Christian
-
0 votes0 answer219 viewsMolly 4 Years Ago
If A Simple Pendulum Oscillates With An Amplitude Of 50 Mm And Time Period Of 2 Sec, Then Its Maximum Velocity Is
JEE DiscussionsModified 4 Year Ago Molly
-
0 votes0 answer90 viewsLisa 4 Years Ago
Modified 4 Year Ago Lisa
-
0 votes0 answer276 viewsLucas 4 Years Ago
Modified 4 Year Ago Lucas
-
0 votes0 answer199 viewsBikram 4 Years Ago
The Velocity Of A Particle In Simple Harmonic Motion At Displacement Y From Mean Position Is
JEE DiscussionsModified 4 Year Ago Bikram
-
0 votes0 answer313 views
-
0 votes0 answer110 viewsSophie 4 Years Ago
Modified 4 Year Ago Sophie
-
0 votes0 answer118 viewsChristopher 4 Years Ago
Modified 4 Year Ago Christopher
-
0 votes0 answer103 viewsStewart 4 Years Ago
Modified 4 Year Ago Stewart
-
0 votes0 answer114 viewsRichard 4 Years Ago
The S.H.M. Of A Particle Is Given By The Equation Y = 3\sin \omega \,t + 4\cos \omega \,t . The Amplitude Is
JEE DiscussionsModified 4 Year Ago Richard
-
0 votes0 answer100 viewsCharles 4 Years Ago
Modified 4 Year Ago Charles
-
0 votes0 answer378 viewsMolly 4 Years Ago
Modified 4 Year Ago Molly
-
0 votes0 answer297 viewsVictoria 4 Years Ago
Modified 4 Year Ago Victoria
-
0 votes0 answer111 viewsPooja 4 Years Ago
Modified 4 Year Ago Pooja
-
0 votes0 answer91 viewsRose 4 Years Ago
A Particle Executes Simple Harmonic Motion Between X=-A And X=+A. The Taken For It To Go From 0 To A/2 Is T1 And To Go From A/2 To A Is T2. Then
JEE DiscussionsModified 4 Year Ago Rose
-
0 votes0 answer116 viewsCarolyn 4 Years Ago
The Equation Of A Simple Harmonic Motion Is X=0.34 Cos (3000t + 0.74) Where X And T Are In Mm And S. The Frequency Of Mostion Is
JEE DiscussionsModified 4 Year Ago Carolyn
-
0 votes0 answer151 viewsVictoria 4 Years Ago
Modified 4 Year Ago Victoria
-
0 votes0 answer245 viewsBella 4 Years Ago
Modified 4 Year Ago Bella