Homework the gas law equations answers

Under standard conditions, all gasses exhibit similar behaviour. The variations in their behaviours arise when the physical parameters associated with the gas (such as temperature, pressure, and volume) are altered. The gas laws basically describe the behaviour of gases and have been named after the scientists who discovered them.

Which of the following do the units need to be converted to be used in gas law equations Q. A gas has a volume of 3L at 200 kPa. What will its volume be if the pressure is changed to 500 kPa? Q. A gas has a volume of 4.0 L at 5.0 atm.

Gas Law Problems 1 (1) By rearranging the equation we can get, P=nRT/V 2 (2) Write down all the values which are known in S.I unit n= 1 R= 8.314J/K/mol T= 20degree celcius= (20+273.15)K=293.15K V=1L=0.001m 3 3 (3) Put all the values in the equation

Basically, the ideal gas law gives the relationship between these above four different variables. V = volume of gas. T = temperature of the gas. P = pressure of the gas. R = universal gas constant. n denotes the number of moles. We can also use an equivalent equation given below. Where, k = Boltzman constant and N = number of gas molecules.