Effect of temperature on a squash ball

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SUMMARY

The discussion centers on the effect of temperature on the bounce height of squash balls. It is established that higher temperatures increase the internal air pressure, contributing to a greater bounce. The conversation also explores the impact of different materials, specifically thermo-setting polymers, on the temperature coefficient and flexibility of the balls. Balls with a lower setting temperature tend to be bouncier due to fewer cross-links in their polymer structure, allowing for greater energy absorption and rebound.

PREREQUISITES
  • Understanding of thermodynamics and gas laws
  • Knowledge of polymer chemistry, specifically thermo-setting polymers
  • Familiarity with material properties and their effects on performance
  • Basic principles of physics related to energy transfer and elasticity
NEXT STEPS
  • Research the relationship between temperature and gas laws, particularly in closed systems
  • Study the properties of thermo-setting polymers and their applications in sports equipment
  • Investigate the mechanics of elasticity and energy transfer in materials
  • Explore the effects of different materials on the performance characteristics of sports balls
USEFUL FOR

Physics students, materials scientists, sports equipment manufacturers, and anyone interested in the performance dynamics of squash balls and similar sports equipment.

destinct
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hey,my gf is doing the effect of temperature on a squash ball expt and i started thinkin about it (im doing physics at uni(and this makes me sound sad dunt it lol)) but why does it bounce higher when hot...is it because the air inside heats up and therefore there is a higher pressure? but i was thinking about the different types of ball aswell, so would they have a different remperature co-efficent and dissapate the heat faster and therefore the balls with a higher temperature co-efficent be 'slower' balls or another idea...is it to do with the properties of the material ie, some type of thermo setting polymer and the balls have different temperatures at which they set, therefore the 'faster balls would have a lower setting temperature', its been a while since i did solid materials
 
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i just realized i bin thinkin that an increase in temp would make the ball harder lol, so infact when the ball gets hotter doesn't it receive the energy to break the bonds of some of the cross links in the pllymer and therefore become more flexible and therefore bouncier
im guessing the slower balls have more crosslinks
 

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