KNEWTON’S chemistry Test with
Questions Solved 100% Correct |Verified
Answers
The kinetic molecular theory of gases asserts that the total pressure of a gas
mixture is equal to the sum of the partial pressures of the gases in the mixture.
Because of the large distances between them, the molecules of one gas in a
mixture bombard the container walls with the same frequency whether other
gases are present or not, and the total pressure of a gas mixture equals the
sum of the (partial) pressures of the individual gases. Which gas law is this
referring to? - Answer Daltons Law
According to kinetic molecular theory, the collisions between the gas
particles and the walls of the container are __________. - Answer elastic
According to KMT, if the temperature of a gas is increased, there will only be a
constant pressure if the volume increases. If this occurs, there will be a
decrease in the frequency of collisions with the container walls. What gas law is
KMT explaining? - Answer Charles Law
According to kinetic molecular theory, if the volume of a gas increases, in order
to maintain constant pressure, the temperature must __________. - Answer
increase
If the volume of a gas is decreased by changing the shape of the container, the
number of collisions per area between the molecules and the container walls will
increase. This corresponds to an increase in the gas pressure, which is the force
Questions Solved 100% Correct |Verified
Answers
The kinetic molecular theory of gases asserts that the total pressure of a gas
mixture is equal to the sum of the partial pressures of the gases in the mixture.
Because of the large distances between them, the molecules of one gas in a
mixture bombard the container walls with the same frequency whether other
gases are present or not, and the total pressure of a gas mixture equals the
sum of the (partial) pressures of the individual gases. Which gas law is this
referring to? - Answer Daltons Law
According to kinetic molecular theory, the collisions between the gas
particles and the walls of the container are __________. - Answer elastic
According to KMT, if the temperature of a gas is increased, there will only be a
constant pressure if the volume increases. If this occurs, there will be a
decrease in the frequency of collisions with the container walls. What gas law is
KMT explaining? - Answer Charles Law
According to kinetic molecular theory, if the volume of a gas increases, in order
to maintain constant pressure, the temperature must __________. - Answer
increase
If the volume of a gas is decreased by changing the shape of the container, the
number of collisions per area between the molecules and the container walls will
increase. This corresponds to an increase in the gas pressure, which is the force
