SHM
confirming if my logic is correct:
the Time period depends on just the mass and not at all on the net acceleration of the system
34 Replies
@Gyro Gearloose
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.Your weight increases right?
If you're moving up with acceleration, your weight increases.
yea but time period is 2pi root(m/k)
Time period is 2$\pi \sqrt{\frac{inertial factor}{restoring factor}}$ iirc
Oop, other way round
heh ye kya hai 💀
isnt this dimentionally wrong ?
haa 💀
ye to dimensionless ho jaega
Not force as in force
I'll change the terminology wait
There you go
huh sooo here
Opt
ineretial factor would be ma or ma+mg?
since pseudo force
restoring to will be kx
ma hoga ya ma+mg
Yeah. Wait, my dimensions are getting mixed up somewhere
Frack, I need to revise this
koi ni hota hai
no problem ji
I have JEE in three days and I don't remember this 💀
ok valid 💀
jao revise kar lo phataphat
benefit of my doubt =====> aapka revision
stonks
T=2pi sqrt(m/k) so will be T only
Only the mean position changes
ohhh ok got it
logic confirmed 👍
ill wait for opt to get it sorted as well bhai ka revision jaruri hunda si
This is for torsional pendulum thingy na?
12th ka concept?
Nahi 11th ka ig. The $T=2 \pi \sqrt{\frac{I_{hinge}}{mgd}}$ formula
Or maybe something else idk.
Oops I have it the other way round
SirLancelotDuLac
Oh wait the question says "spring pendulum" tho. Is that even in jee physics?
Experimental 👍
Oh its from experimental physics?
SHM
Achcha that is "elastic pendulum" that I'm thinking of. Nvm
HEH
DUDE YE TO NAHI PADHAYA HA HUME
A system which oscillates due to torque of gravity ka omega is sqrt(C/I) which is basically what I've written there.
oh
arey torsional
ok
yea
you edited it now
pehle to rotated system likha tha ig idk
torsional to padhaya hai
Yeah I do sort of mix up names of concept sometimes 😅
yeah
Time period of a spring block system on earth and moon would be same
given amplitude+K+mass is same
🐴
me frr
thats so cool dude
thanks yalll
+solved @SirLancelotDuLac @Dexter
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