the ideal gas law equation is PV=nRT
1. how does the volume of a gas (at constant n and P) change as the temperature is rasied?
2. how does the volume of a gas (at constant n and T) change as the pressure is increased?
3. how does the volume of a gas ( at constant T and P) change as the number of molecules is increase?
4. For each case, rearrage the Ideal Gas Law Equation to show that it is consistent with the given law or hypothesis and obtain an expression for the corresponding constant
a. boyle's law, kB
b. Charles' Law, kC
c. avogadro's hypthesis, kA
1. how does the volume of a gas (at constant n and P) change as the temperature is rasied?
2. how does the volume of a gas (at constant n and T) change as the pressure is increased?
3. how does the volume of a gas ( at constant T and P) change as the number of molecules is increase?
4. For each case, rearrage the Ideal Gas Law Equation to show that it is consistent with the given law or hypothesis and obtain an expression for the corresponding constant
a. boyle's law, kB
b. Charles' Law, kC
c. avogadro's hypthesis, kA