Two containers hold an ideal gas at the same temperature and pressure. Both containers hold the same type of gas, but container B has twice the number of particles and twice the volume of container A. The average kinetic energy per molecule in container B is : A. Twice that for container A
B. The same as that for container A
C. Half that for container A
D. Impossible to determine
1 answer:
Answer:
B. The same as that for container A
Explanation:
To calculate the average Kinetic Energy per molecule,
Where is the average kinetic energy per molecule and is the Boltzmann constant
From the above equation it is seen that only depends on the temperature of the gas
And since the temperatures of both gases are equal, their average kinetic energy per molecule is the same
You might be interested in
The answer is evolution. When a specifies evolves over time they change and adapt to their environment.
Answer:
1200 W
Explanation:
Power is given by the ratio between work done and time taken:
where W is the work done and t the time taken.
In this problem, W = 3600 J and t = 3.0 s. Therefore, the power in this exercise is
That was Tycho Brahe, and I thought it was actually more years than that.
Answer:
waves that are created as a result of vibrations between an electric field and a magnetic field
Answer:
Its tricky but am still working on it