Has Anyone Invented a Way to Change the Orientation of Force Without a Fulcrum?

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In summary, the conversation discusses the possibility of creating an arrangement that can convert an applied force to a 90+ degree angle without the use of a separate body, such as a fulcrum. The comparison is made to a seesaw, where the fulcrum acts as the separate body causing reluctance to motion. The question is raised whether a brake or a fluid acting as an object could work in this scenario, with the idea that the pressure applied to the fluid would cause a normal reaction in the body, similar to a spring.
  • #1
dE_logics
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Till now...has anyone made such an arrangement that converts an applied force to 90+ degrees completely without use of any separate body which causes reluctance to motion?

I mean take a see saw arrangement...if force applies on one side, the force is transferred to the other side (or deviated by 180 deg), but via another body which acts as a fulcrum.

In the above case the fulcrum is the separate body which causes reluctance to motion.

So till now...has anyone made such an arrangement such that it can deviate the force without use of such a fulcrum as in the seesaw arrangement?
 
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  • #2
would a brake work? I mean a fluid acting as your object.
 
  • #3
The thing providing pressure to the fluid will cause the body to give a normal reaction.

Its like a spring actually.



Pondered on that before :smile:
 

1. What is meant by "changing orientation of force"?

Changing orientation of force refers to altering the direction or angle of a force being applied to an object. This can involve rotating or pivoting the force, or changing its angle of application.

2. Why is changing orientation of force important in scientific research?

In scientific research, changing the orientation of force can allow for a more thorough understanding of how forces impact objects. By manipulating the direction of a force, scientists can gather data on how different angles and orientations affect the behavior of an object.

3. What are some real-world applications of changing orientation of force?

There are many real-world applications of changing orientation of force, such as using different angles of force to improve the efficiency of machines, changing the direction of force in sports techniques, and adjusting the angle of force in weightlifting to target specific muscle groups.

4. How can we change the orientation of force in an experiment?

Changing the orientation of force in an experiment can be achieved by using tools such as pulleys, levers, or inclined planes. These tools allow for the direction and angle of a force to be altered, providing a controlled way to test different orientations.

5. Are there any safety considerations when changing the orientation of force?

Yes, safety should always be a top priority when working with forces. When changing the orientation of force, it is important to properly secure any equipment and to use caution to avoid potential hazards. It is also important to follow proper protocols and guidelines to prevent injury.

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