Kinetic Molecular Theory (3) Question Preview (ID: 1528)


Kinetic Molecular Theory Of Gases.

When a sample of a gas is kept at constant pressure, the volume and temperature of the gas are
a) directly proportional
b) also unchanging
c) inversely proportional
d) independent of one another

Question ID#: 15428 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

The temperature scale that has absolute zero as its zero point is the
a) Kelvin scale
b) Fahrenheit scale
c) Celsius scale
d) Rankin scale

Question ID#: 15429 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

The law of partial pressures of gases was formulated by
a) Dalton
b) Charles
c) Boyle
d) Avogadro

Question ID#: 15430 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

In a mixture of gases, the total pressure of the mixture is equal to the
a) sum of the pressures exerted by each gas
b) average of the pressures exerted by each gas
c) pressure exerted by the most abundant gas
d) pressure exerted by the least abundant gas

Question ID#: 15431 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

The ideal gas law describes the behavior of real gases under
a) most ordinary conditions of temperature and pressure
b) all conditions of temperature and pressure
c) low temperatures and high-pressure conditions
d) any specified temperature and pressure conditions

Question ID#: 15432 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

What temperature scale must be used when working with the ideal gas equation?
a) Kelvin
b) Celsius
c) Fahrenheit
d) Rankin

Question ID#: 15433 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

When working with a manometer, if the column of mercury is higher on the open side,
a) the pressure of the gas in the closed container is higher than the atmospheric pressure
b) the pressure of the gas in the closed container is lower than the atmospheric pressure
c) the pressure of the atmosphere is greater than the gas in the closed container
d) the pressure of the atmosphere is equal to the pressure in the closed container

Question ID#: 15434 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

In Boyle's law, if the pressure goes down, what will the volume do?
a) go up
b) go down
c) stay the same
d) Boyle's law does not refer to pressure and volume

Question ID#: 15435 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

In Charles' law, if the volume goes up, what will the temperature do?
a) go up
b) go down
c) stay the same
d) Charles' law does not refer to volume and temperature

Question ID#: 15436 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

If three gases are contained in a single container, and their pressures are 1.2 atm, 2.4 atm, and 1.4 atm, then the pressure of the mixture is
a) 5.0 atm
b) 2.6 atm
c) 2.2 atm
d) 0.2 atm

Question ID#: 15437 - quick copy the above question directly into your dataset in your teacher account by entering this number into the 'Search by Question ID' under the 'Search for Question' tab during dataset creation [more info]

Play Games with the Questions above at ReviewGameZone.com
To play games using the questions from above, visit ReviewGameZone.com and enter game ID number: 1528 in the upper right hand corner or click here.

TEACHERS / EDUCATORS
Log In | Sign Up / Register

Help / Support / FAQ




Gaming Links