Suppose a sample of an ideal gas in a container is subjected to a temperature change. a decrease in temperature will the kinetic energy and average speed of the gas particles. as a result, the pressure on the walls of the container will if the gas starts at 25 ∘ c, what temperature would the gas need to reach for its pressure to double? temperature = ∘ c
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Consider two less-than-desirable options. in the first you are driving 30 mph and crash head-on into an identical car also going 30 mph. in the second option you are driving 30 mph and crash head-on into a stationary brick wall. in neither case does your car bounce off the thing it hits, and the collision time is the same in both cases. which of these two situations would result in the greatest impact force?
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Suppose a sample of an ideal gas in a container is subjected to a temperature change. a decrease in...
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