Agas in a rigid container is heated so that it’s kelvin temperature doubles . what happens to its pressure

            A gas in a rigid container is heated so that it’s kelvin temperature doubles the pressure also doubles.

Explanation:
                   According to Gay Lussac Law," the pressure of gas is directly proportional to absolute temperature at given volume".

For initial and final states of a gas,

                                               P₁ / T₁  =  P₂ / T₂    (1)

Let suppose;

                    P₁  =  1 atm

                    T₁  =  273 K

                    P₂  =  ?

                    T₂  =  546 K (doubled)

Solving equation 1 for P₂;

                             P₂  =  P₁ T₂ / T₁

                             P₂  =  (1 atm × 546 K) ÷ 273 K

                             P₂  =  2 atm

Result:
          Hence the pressure doubles with doubling temperature.

The ground state electron configuration of a phosphorous atom has  three unpaired electrons. they're in the 3p sublevel. the electron configuration is: , for a total of  15 electrons.

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