What is the coefficient of static friction of rubber on wood?

AI Thread Summary
The coefficient of static friction of rubber on wood varies based on the specific types of rubber and wood used. While some sources suggest a value around 0.7, others indicate a range of 1 to 4, with a common estimate being approximately 2.42. Textbooks often lack specific values, making it necessary to consult resources like the CRC Handbook of Chemistry and Physics for more accurate information. Comparisons with rubber on wet concrete were also mentioned, highlighting the variability in friction coefficients. Overall, precise values can be elusive, and context matters significantly.
marshall4
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what is the coefficient of static friction of rubber on wood?
 
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Depends on the rubber and the wood. (Yeah, I know that's a cop out.) Check your text or for a table of coefficients, if this is for an exercise.
 
Originally posted by NateTG
Depends on the rubber and the wood. (Yeah, I know that's a cop out.) Check your text or for a table of coefficients, if this is for an exercise.

I checked my textbook, there's nothing, i can't find a good website either.
 
Didn't find it in my texts either :( You can check the CRC handbook of chemistry and physics at the library for a more precise value, but I think it's around 0.7.
 
Could rubber on wood be compared to rubber on wet concrete?
 
Originally posted by marshall4
I checked my textbook, there's nothing, i can't find a good website either.


In Physics I textbooks usually don't have them.

Check out Physics II Giancoli.
 
It says it's 1 - 4., so I'd say around 2.42
 
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