Does a support point have a horizontal force component in static equilibrium?

[Sarah00]

Homework Statement

Homework Equations

Net Force = 0
Net Torque = 0

3. The Attempt at a Solution
At the support point

, is there a horizontal force component?​

 

[Orodruin]

At the support point

, is there a horizontal force component?​

This is irrelevant to the solution of the problem, why do you think it is an issue?

 

[Sarah00]

shuoldn't I draw FBD first?

 

[Sarah00]

shuoldn't I draw FBD first?

 

[Sarah00]

shuoldn't I draw FBD first?

 

[Orodruin]

You can do that if you want, but the question you should ask yourself once you have done that is: can I compute the result without knowing the answer to the question you just asked?

 

[Sarah00]

I know the message you want to give me .. I would take net torque around the support point so all forces from it will have 0 torque.
But i asked the question because there must be horizontal force produced from there. because there is only single horizontal force genrated from rope. so there must be a balancing force

 

[haruspex]

I know the message you want to give me .. I would take net torque around the support point so all forces from it will have 0 torque.
But i asked the question because there must be horizontal force produced from there. because there is only single horizontal force genrated from rope. so there must be a balancing force

Yes, you can assume there is sufficient friction at the support to prevent it slipping.

 

[Orodruin]

Yes, you can assume there is sufficient friction at the support to prevent it slipping.

Just to add: Otherwise it will slip and not be in equilibrium.

 

[Sarah00]

Thanks!