Question

URGENT If you take four gas samples with the following pressures: 12.3 atm, 56.7 atm, 1.09 atm, and 32.6 atm. What is the total pressure of your samples? *
24,782 atm
74.9 atm
0.035 atm
102.69 atm

Answer 1

The total pressure of gas samples are 102.69 atmosphere, if the gas samples have pressure of 12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere.

Explanation:

The given is,

                 Gas samples pressure are,

                 12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere

Step:1

              From the  Dalton’s Law of Partial Pressure,

              The total pressure of a mixture of gases can be defined as the sum of the pressures of each individual gas,

                                    $P_{Total} = P_{1} + P_{2} +P_{3} + P_{4}$.........................(1)

              Where, $P_{1} ,P_{2} ,P_{3}$., etc. are the pressure of gas sample respectively 1,2,3.,etc.

Step:2

               From the given,

                                  $P_{1}$ = 12.3 atmosphere    

                                  $P_{2}$ = 56.7 atmosphere

                                  $P_{3}$ = 1.09 atmosphere

                                  $P_{4}$ = 32.6 atmosphere

                Equation (1) becomes,

                                       = 12.3 + 56.7 + 1.09 + 32.6

                                       = 102.69 atmosphere

                Total pressure of gas samples are = 102.69 atmosphere

Result:

              The total pressure of gas samples are 102.69 atmosphere, if gas samples have pressure of 12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere.