21 Replies
@Gyro Gearloose
Note for OP
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My attempt
It seems to be 1
anyone??
Which fiitjee are you from
Nice
I'm also curious to know about this
south delhi
know about what ?
the answer ?
Is it 1? @hardcoreisdead
Its sec sq theta
1 hota toh yeh doubt idhar aata hu nahi 💀
I saw online but the soln isn't convincing
Initially it is in equilibrium
So equate them and find the tension
At b it is not in equilibrium
There is no centripetal acceleration because v is zero
I also saw solutions online but not convincing ,
Like what's the mistake in your steps ...that's the topic of curiosity ..
Let me send a solution
Centripetal acceleration in second case is zero so all forces along the line of the radius add up to zero
May be because ,
Taking the component of tension force will not be able to perform swing
is it somewhere related to circular and rotational motion
i hvnt studied that yet
yes but yaha par he's just saying ki it isn't in equilibrium vertically but is radially (towards centre)
Kinda
Centripetal acceleration is basically acceleration towards the centre
We dont need to use that to do the math but we need to know that the force along the radius is zero
we good?
+solved @lmaodedXD @muddle
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