Working out The law of the machine

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The discussion focuses on determining the law of the machine for a pulley system after conducting tests measuring loads and required effort. Key concepts include Mechanical Advantage (MA), Velocity Ratio (VR), and efficiency (η), which have already been calculated. Participants emphasize the importance of a specific equation that relates these terms and includes an additional term that needs to be defined. The conversation suggests using experimental data to derive this last term, which is crucial for completing the law of the machine. Understanding these relationships is essential for accurately applying the law to the pulley system.
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I have worked out all relevant information (i hope) but I am unsure of how to work out the law of the machine from it. We've done a test and recorded our results of a Pully.
We had to measure different loads and see what effort was required for each load. What is the formula for working out the law of the machine?
I have worked out Mechanical Advantage (MA), Velocity Ratio (VR) and the efficiency (η).

Any help be great
 
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Rangers178 said:
I have worked out all relevant information (i hope) but I am unsure of how to work out the law of the machine from it. We've done a test and recorded our results of a Pully.
We had to measure different loads and see what effort was required for each load. What is the formula for working out the law of the machine?
I have worked out Mechanical Advantage (MA), Velocity Ratio (VR) and the efficiency (η).

Any help be great

Welcome to the PF.

There is a Relevant Equation for the Law of the Machine (for machines that have mechanical advantage, like a pulley system). What is that equation? What are the terms defined as in that equation? How do the terms relate to the mechanical advantage? What is the extra term at the end of the equation? What does it represent? How can your experimental data be used to find this last term...?
 
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