Possible webpage title: Will Applied Force Cause Rotation on Axis M-N?

In summary, the applied force in the shown position will not cause the axis M-N to rotate due to equal and opposite moments at points A and B. To modify this, one of the points A or B could be fixed to prevent the cancellation of moments.
  • #1
peter010
31
0

Homework Statement


A force F is applied over axis M-N in the such shown position. Both of points A and B are not fixed, and can slides inside the black fixed circle. will the applied force (in the shown position) cause the axis M-N to rotate ? if it is not rotating, then what modification should be made?

Note that the distance A-M = N-B, and M-N's length is double the length of A-M.

Homework Equations


M = F*r

M: Moment
F: Force
R=distance

The Attempt at a Solution



the force will generate equal moments at both points A and B. Anyhow, both of them will cancel each other, and thus no rotation will occur.

What do you think mates?[/B]
 

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  • #2
If you intended to post a diagram, none is showing up.
 
  • #3
SteamKing said:
If you intended to post a diagram, none is showing up.
yup
 
  • #4
......
 
Last edited:
  • #5
I agree. No rotation. What about the last line of the question?
 

Related to Possible webpage title: Will Applied Force Cause Rotation on Axis M-N?

1. Will the axis M-N rotate clockwise or counterclockwise?

The direction of rotation for the axis M-N depends on the specific system or mechanism it is a part of. In some cases, it may rotate clockwise, while in others it may rotate counterclockwise. The direction of rotation can be determined by analyzing the design and function of the system.

2. What factors can cause the axis M-N to rotate?

There are a few factors that can cause the axis M-N to rotate. These include external forces, such as applied torque or pressure, as well as internal forces within the system, such as friction or imbalance. The design and materials used for the axis M-N can also play a role in its rotation.

3. How fast will the axis M-N rotate?

The speed of rotation for the axis M-N also depends on the specific system it is a part of. Factors such as the amount of torque or force applied, as well as the design and materials used, can affect the speed of rotation. Additionally, any external factors, such as resistance or friction, can also impact the speed of rotation.

4. Is the rotation of the axis M-N continuous or limited?

The rotation of the axis M-N can be either continuous or limited, depending on the system it is a part of. In some cases, the axis M-N may rotate continuously, such as in a motor or turbine. In other cases, it may have a limited range of rotation, such as in a hinge or joint.

5. Can the axis M-N rotate in multiple directions?

The ability of the axis M-N to rotate in multiple directions depends on its design and function within the system. In some cases, it may only be able to rotate in one direction, while in others it may have the ability to rotate in both clockwise and counterclockwise directions. This can be achieved through the use of gears, joints, or other mechanisms within the system.

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