torque
f a particle is moving in a conical pendulum with constant velocity then net torque on the particle about point of suspension is zero. True or false
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@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.i thought so too, my module says its false
Mg ka torque rhega
Tension axis se pass kr gya islie uska zero
so net torque not equal to zero?
Net torgue about point of suspension is non zero
But net torque about axis of rotation is zero
doesnt the axis of rotation pass through point of suspension
is this correct expression for torque about point of suspension
The dotted line is axis pf rotn
I think so it seems correct
oh
u said net torque about point of suspension is non zero but net torque about axis of rotation is zero
how does it make sense if axis passes through that pt
can you think of the reason why is it rotating ? Which force is making that happen i think then it would be clear for you
i believe its a combination of centripetal force and mg
yoo.??
If the axis is the point A in your diagram then shouldn’t the centripetal be acting radially hence no torque
There should be torque due to tangential forces
axis passes through point A
ig aise hi lagega centripetal toh
Axis is along the wire or the dotted line
dotted line
we good?
Did u figure out why it is false ?
+solved @Real potato
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