Decreasing the volume of the container holding an ideal gas:
a. decreases the gas pressure by slowing the gas particles.
b. does not affect the gas pressure.
c. increases the gas pressure by slowing the gas particles.
d. increases the gas pressure because gas particles bounce off the walls of the container more often.
e. increases the gas pressure because gas particles strike the walls of the container with more momentum on average.
Question 2
This figure depicts pollen grains suspended in a liquid exhibiting a continual, erratic motion known as Brownian motion. Albert Einstein inferred that atoms exist based on his calculations that described this type of motion. What was the basis for his conclusion?
a. The erratic motions of the pollen grains were explained by Einstein to result from random collisions with water molecules.
b. The tiny grains could be shown to be atoms.
c. The existence of atoms was an inescapable conclusion of his theory of relativity.
d. The existence of atoms was an inescapable conclusion of his theory of the photoelectric effect.
e. The existence of atoms was an inescapable conclusion of his theory of heat capacities of solids.
The nurse uses a noninvasive bladder ultrasound to measure the client’s bladder volume.
Direct pressure to suboccipital muscles. Fingers press up into the cervical muscle attachments along ...
Reaction at constant-volume
Pressure
Volume Changes
A container in the shape of a right circular cylinder with no top has surface area square feet.