Hydrogen chloride gas is shipped in a container under 5,100 mmhg of pressure that occupies 20.1 liters at 29°c. how many liters of gas would be produced at stp?

The  number  of liters  of a gas  that  would  produced at STP is  121.86  Liters

calculation

Step 1 : calculate the  moles  of  hydrogen  chloride  gas  using  ideal gas  equation

That is PV=nRT  where,

P( pressure) = 5100 mm hg

V(volume)= 20.1 L

n(number of moles)= ? moles

R( gas constant) =  62.3636 L.mmhg/mol.K

T( temperature) =29 °C  in to kelvin = 29 +273 =302 K

by making n  the subject  of the formula by diving both side  by RT

n= Pv/RT

n=[(5100 mm hg x20.1 L)/(62.3636 l.mmhg/mol.k x 302 K)]  =5.44 moles

Step : calculate  the  liters  of a gas at STP

that is at STP

   1 moles  = 22.4 L

5.44  moles=? L

by cross multiplication

=( 5.44 mole  x 22.4 L)  / 1 mole =121.86  liters

c. the scientist provides unbiased information to the government.

quartz

explanation: