CHM201 TMA SOLUTION 2019_2


Course Code
chm201


Question
An ideal solution is one which obeys______

Answer
Raouult's law



Question
According to kinetic theory two gases at the same temperature will have the same_____

Answer
kinetic energy



Question
The relationship between volume and temperature of an ideal gas is discribed by ________ law

Answer
Charle's



Question
The temperature, pressure, density, viscosity and surface tension are examples of ________ property

Answer
intensive



Question
Ideal gas equation was developed by_____

Answer
Emile Crapeyron



Question
Two names that are connected with the development of the relationship between pressure and volume of a fixed mass of gas at constant temperature_____

Answer
Robert Boyle and Edme Mariotte



Question
A gas measures \(1.16 dm^{3}\) at a temperature of \(15^{o}C\) and 309 mmHg. To what celsius temperature must the gas be heated when its pressure rises to 523mmHg and for its volume to remain unchanged?

Answer
\(214.16^{O}C)\



Question
The collision between gas molecules are perfectly elastic. This means, change in momentum is ____

Answer
zero



Question
Forces of cohension between gas molecule is____ than the forces of cohension between liquid molecules

Answer
greater



Question
The collision between gas molecules are perfectly_____

Answer
elastic



Question
When gaseous molecules collide with each other and with the wall of the container, the pressure formed is _______vapour pressure

Answer
saturated



Question
Equilibrium may exist between solid and ______due to sublimation

Answer
vapour



Question
The law of diffusion relates rate of diffusion to ____

Answer
molar mass



Question
The equation that can be used to interprete the behaviour of real gases is _____.

Answer
Van der waals equation



Question
Equation of state is a thermodynamic model that relates two or more _____ functions.

Answer
state



Question
The equation \(P_{N2}\) = \(X_{N2}P_{TOTAL} relates the total pressure of a gas to ____.

Answer
mole fraction



Question
The gas law that shows relationship between pressure and volume is _______.

Answer
boyle's law



Question
Kinetic theory of gases can be written in terms of all EXCEPT _____.

Answer
density



Question
Kinetic theory of gases can be summarized in ____ steps

Answer
six



Question
The theory assumes that gas pressure is due to _____ impacts of gas molecules

Answer
collision



Question
An ideal solution is one which obeys______

Answer
Raouult's law



Question
According to kinetic theory two gases at the same temperature will have the same_____

Answer
kinetic energy



Question
The relationship between volume and temperature of an ideal gas is discribed by ________ law

Answer
Charle's



Question
The temperature, pressure, density, viscosity and surface tension are examples of ________ property

Answer
intensive



Question
Ideal gas equation was developed by_____

Answer
Emile Crapeyron



Question
Two names that are connected with the development of the relationship between pressure and volume of a fixed mass of gas at constant temperature_____

Answer
Robert Boyle and Edme Mariotte



Question
A gas measures \(1.16 dm^{3}\) at a temperature of \(15^{o}C\) and 309 mmHg. To what celsius temperature must the gas be heated when its pressure rises to 523mmHg and for its volume to remain unchanged?

Answer
\(214.16^{O}C)\



Question
The collision between gas molecules are perfectly elastic. This means, change in momentum is ____

Answer
zero



Question
Forces of cohension between gas molecule is____ than the forces of cohension between liquid molecules

Answer
greater



Question
The collision between gas molecules are perfectly_____

Answer
elastic


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