volume of CO2 obtained at STP by the complete decomposition of 9.8 g BaCO3 is
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hii friend........
_________________________________
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good afternoon
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here's your answer
BaCO3=BaO+CO2
no. of moles of BaCO3= mass given/molecular mass
=9.85/197=1/20 moles
As one mole of BaCO3 gives one mole of CO2
thus 1/20 moles of BaCO3 gives 1/20 moles of CO2 mole of CO2
=volume of CO2/volume at STP(22.7lit..)
the equation is 1/20=x/22.7
x=22.7/20=1.135 lit.
_________________________________
_______________
good afternoon
____________
here's your answer
BaCO3=BaO+CO2
no. of moles of BaCO3= mass given/molecular mass
=9.85/197=1/20 moles
As one mole of BaCO3 gives one mole of CO2
thus 1/20 moles of BaCO3 gives 1/20 moles of CO2 mole of CO2
=volume of CO2/volume at STP(22.7lit..)
the equation is 1/20=x/22.7
x=22.7/20=1.135 lit.
ranihasina:
thank you
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