What Causes Deviation in Acceleration Due to Gravity in a Vacuum?

AI Thread Summary
Factors that can cause deviations in the acceleration due to gravity in a vacuum include the shape, size, and surface area of objects, as well as the material they are made from. While wind, atmospheric pressure, and air density are irrelevant in a vacuum, the influence of magnetic and electric interactions is minimal but still worth noting. The discussion emphasizes the importance of understanding how these physical characteristics can affect gravitational measurements. Clarification is sought on why these factors should be included in the analysis. Overall, the conversation highlights the complexities of accurately measuring gravitational acceleration in controlled environments.
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Homework Statement


Possible reasons for a deviation from the accepted value for acceleration due to gravity in a vacuum are


Homework Equations



No real relevant equations

The Attempt at a Solution



• Wind
• Atmospheric pressure
• Air density
• Shape of the objects
• Size of the objects
• Surface area of the objects
• Material of the objects
• Magnetic and Electric interaction from different forces (has very relative little impact)
 
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the problems specifically says that it is in vacuum, so wind, air density and such is a no go :)
 


k, are the rest right?
 


can u elaborate more on the answers? why do u think they should be included?
 

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