A 10.0 liter water bottle is filled to the brim with water when the temperature is 5.00 
The bottle is sealed after it is completely filled with water. Water has a coefficient of volume expansion of 
Cand a bulk modulus of 
If the temperature of the water tank is increased to 30.0
what is the increase in pressure due to the expansion of the water (ignore the expansion of the bottle)?
A. 
B. 
C. 
D. 
E. 
B.
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Consider the magnitude of the average speed, vavg, speed, mag, and the magnitude of the average velocity, vavg, velocity, mag, for the same trip. Which of the following is always true?
a. vavg, speed, mag = vavg, velocity, mag b. vavg, speed, mag ? vavg, velocity, mag c. vavg, speed, mag ? vavg, velocity, mag d. none of the above
As the volume of an ideal gas is increased at constant pressure the average molecular speed:
A. increases B. decreases C. increases at high temperature, decreases at low D. decreases at high temperature, increases at low E. stays the same
In one experiment, a photon entered one detector and that detector then indicated the slit through which a second photon passed in a double-slit experiment that was some distance away from the first detector. This experiment shows that
A) macroscopic detectors always exert actual forces on microscopic particles, even at a distance. B) it is possible for a detector to obtain complete information about a particle's simultaneous position and velocity, without causing a sudden change in the EM field. C) whenever a detector exerts an actual force on a particle, it causes the particles EM field to suddenly change. D) microscopic events are subject to Heisenberg's uncertainty principle whenever detectors are involved. E) macroscopic detectors can have non-local effects even on objects that they do not directly interact with.
As you increase in altitude in the atmosphere, the speed of sound _________
Fill in the blank(s) with correct word