The ideal gas model assumes that molecules have infinitesimal size. Consider one molecule bouncing around in the container. As the molecule’s size increases relative to the size of the container, how will the average pressure P that it exerts change, other things being held constant?
A. P increases.
B. P does not change.
C. P decreases.
D. One does not have enough information to say.
A. P increases.
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The best determination of the Hubble constant using Cepheid variables found in distant galaxies by the Hubble telescope suggests
a. that the Hubble constant is about 0.07 km/sec/Mpc. b. that the Hubble constant is about 7 km/sec/Mpc. c. that the Hubble constant is about 70 km/sec/Mpc. d. that the Hubble constant is about 700 km/sec/Mpc.
Most of the carbon in your body was produced in
A) the Big Bang. B) interstellar gas in the space between the stars. C) red giant stars. D) supernova explosions. E) the solar nebula.
Kepler deduced his laws of planetary motion once Newton had published his universal law of gravitation
Indicate whether the statement is true or false
In what way does the Heisenberg uncertainty principle limit our ability to measure exactly?