The phase difference between the displacement and acceleration of a particle executing simple

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[@adnanphysist2822]

Sir please can you explain in physical method not mathematical As we know that when in a mass spring system mass moves from mean to extreme direction of velocity will be from mean to extreme and direction of acceleration of any shm is towards mean position in this situation I think angle will be 180 degree or 0 degree I'm talking about physical situation only please explain it

[@shivangsharma555]

Thankyou so much!❤️

[@bilalmuhammad3504]

Beautiful Explanation

[@samruddhipadture5598]

Thank you so much sir for amazing explaination ❤️🙏🏻

[@JpsClasses]

welcome

[@The_Geet_Khurana]

Nice explanation sir thank you

[@JpsClasses]

Thanks and welcome

[@jyotishmanthakuria2118]

Sir, at 4:18 what about omega square in the acceleration part??

[@rubaldiwan8824]

Sir yaha pr sin(90+theta) =cos(theta) formula use kiya pr sin(90-theta) bhi cos(theta) hota hai to ye formula kyu use nahi kiya?? Please explain

[@arya9903]

Same doubt

[@rubaldiwan8824]

@@arya9903 i think yaha jo theta hai (wt) that cant be negative. Tabhi + wala formula use kia

[@arya9903]

@@rubaldiwan8824 yes, may be!

[@rubaldiwan8824]

@@arya9903 kzbin.info/www/bejne/Y6Onpnueo9ebipI play this at 23:00.you will get anawer herw

[@arya9903]

@@rubaldiwan8824 I got it ! Thank u so much....i was actually confused

[@johnn._snow]

Thanks sir oscillation ke videos ke liye

[@JpsClasses]

ok achhe se pado koi doubt hoto comment karna

[@suyshapatsupe2951]

Sir omega t + phi kahase aaya sir

[@Shreyan5h]

Revise trigonometry

[@kamrujjaman6034]

Where is omega 2

[@riyakatoch4728]

it will come , by mistake sir has skipped, and btw we are comparing phases so it will hardly affect our ans

[@bhartithakur7639]

Yes sir plz reply

[@bhartithakur7639]

Bro i will search about it and found that here phase diffrence means the differences in angles so comparison is in their angle not on the whole equation Hope you will understand what I want to tell you