Calculating Tilt Angle for a Top-Heavy Floor Lamp

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To determine the tilt angle of a top-heavy floor lamp, first identify its center of gravity (CG). The lamp will remain stable as long as the CG is above the base, which can be analyzed using force diagrams and moments. Increasing the base's footprint or lowering the CG by adding weight can enhance stability. A simplified approach involves calculating the tilt angle for a 2"x4"x6' board using similar principles. Understanding these factors is essential for ensuring the lamp's stability.
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I am trying to determine at what angle a floor lamp would begin to fall over(tilt over). The lamp has a rectangular base and is a little top heavy. Once i determine its CG, how can i apply force diagrams and mathematics to determine at what angle it would begin to tilt?
I could increase the rectangular footprint.
I could lower its CG by adding weight to the footprint.
There are many variables in geometry to consider. To simplify the project, how would you determine at what angle a 2"X4"x6' long board would begin to tilt?
Thanks Much
 
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Welcome to PF!

Hi maggardmd! Welcome to PF! :wink:
maggardmd said:
I am trying to determine at what angle a floor lamp would begin to fall over(tilt over). The lamp has a rectangular base and is a little top heavy. Once i determine its CG, how can i apply force diagrams and mathematics to determine at what angle it would begin to tilt?

Easy-peasy :biggrin:

if you know where the CG is, then (technically by taking moments about any point on the edge of the base) it won't tilt so long as the CG remains above the base (or above its "convex completion" if it's partially concave). :smile:
 
Thanks for the reply Tiny,
I am new to this forum. Is there a way to attach a file to the message. I would like to attach a force diagram or sketch of the lamp to make sure i am not missing something.
 
maggardmd said:
Thanks for the reply Tiny,
I am new to this forum. Is there a way to attach a file to the message. I would like to attach a force diagram or sketch of the lamp to make sure i am not missing something.

Hi maggardmd! :smile:

Yes, if you go to the Reply page (clicking the QUOTE or Advanced button will take you there), there's a "Manage Attachments" button in the "Additional Options" box.

Dunno how it works though … I've never used it! :confused:
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
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