Does air temperature affect air resistance?

AI Thread Summary
Air temperature does affect air resistance, primarily through its impact on air density. Higher temperatures result in lower air density, which in turn reduces air resistance. In the scenario presented, a ball at 60°C would experience less drag compared to a ball at 30°C, leading to a higher velocity for the hotter ball. Consequently, the ball at 60°C would reach the ground first. Understanding the relationship between temperature, air density, and drag is crucial for accurate predictions in physics experiments.
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Does air temperature affect air resistance?

you have two similar balls, you failed them at the same time in two plate, one of them with 60Co and the other with 30Co, which one will reach first?

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What do you think?
 
at the same time?:confused:
 
Why do you say that?

Think about equations for air density and air resistance.
 
when temperature is low the density is high
but what about air resistance?
please
explain the answer directly without ask me another questions? :cry:
 
thanks for ur helping
from equations, the velocity of the object increase when temperature increase
so, ball 1 "60C" reach before ball 2 "30C"
is that true?
 
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