37 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.so i think different tensions are being applied on both sides
because the strings in use are different
they're not wound together
m1g - T1 = m1a
T2 - m2g = m2a
but the spring balance is massless
m1 goes down, m2 goes up
ohhh
it transmits tension through then
my bad
yeah nvm
so we assume both tensions to be same
its the same tension both sides
thats correct
yep
tensions would be different both sides if the spring balance had mass
So T?
not in this case
yes
did you check my explanation on general?
https://discord.com/channels/1226379612238385242/1226379612670394470/1384488547222028329
amethystninja
Message:
imagine if the spring balance was connected to a wall/ceiling and you tied a mass to one end, it would exert tension T but the wall would also exert tension T in the opp direction. The reading of the spring balance would be T.
Quoted By:
<@464010214631538689> from <#1226379612670394470> in iTeachChem
yep, T
consider a spring balance hanging from a roof with a block on it
yup
uspe bhi both sides there's an opposite tension T
so you'd think there was 2T force pulling it
the spring
Yes yes
but the spring balance only reads one sided
Got it
the other T just does the job of holding the balance up
like the roof does in the case i mentioned
Thank you soo much Nimboi bhaiya and AmethystNinja🙏🏻😭
what bhaiya i just passed 12th 😭
mujhe bhaiya nahi bola 😔 🥀
ulta bol diya bechare ne
lmao
Sorry bhaiya nhi pata tha
we kidding :kekw:
arrey its fine bhai
doesnt matter
joks
yup
call me whatever
Alright so ab close kr deta hu thread?
.
yep, type +solved @person1 @person2
+solved @Nimboi @amethystninja
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