System 1 is 3.1 moles of a monatomic ideal gas held at a constant volume of 2.70 L as it undergoes a temperature increase. System 2 is 3.1 moles of a diatomic ideal gas held at a constant volume of 2.7 L as it undergoes a temperature increase equal to the temperature increase of System 1 . The pressure increase for system 1 is ?P1 and for System 2 is ?P2 during the temperature increases. What
is the ratio of ?P1/?P2?
a. 1.0
b. 0.60
c. 1.7
d. 2.5
e. 4.5
a
You might also like to view...
According to Einstein, is a frame at rest on the earth’s surface a reasonably accurate inertial frame (ignoring the earth’s rotation)?
A. No, such a frame is accelerating upward. B. It is not a real inertial frame, but we can treat it as one if we ignore external gravitational forces acting on objects inside the frame. C. Yes. D. It depends (explain).
You and a friend can share the same space and time measurements when
A) you are side by side at rest. B) you both are side by side moving at constant velocity. C) either of these D) none of these
A spacecraft is measured by an observer on the ground to have a length of 53 m as it flies toward the earth with a speed 1.7 × 108 m/s
The spacecraft then lands and its length is again measured by the observer on the ground, this time while the spacecraft is at rest on the launchpad. What result does he now get for the length? (c = 3.00 × 108 m/s)
A curved mirror that produces an enlarged image will also have a greater field of view than a plane mirror
Indicate whether the statement is true or false