calculate the mass of caco3 required to liberate 10L of co2 at stp?
Answers
Answered by
9
CaCO3 ------> CaO + CO2
here you can see that
100g CaCO3 decomposed to form 22.4 L gas of CO2 at STP
so,
1L CO2 gas form by 100/22.4 gram decomposed of CaCO3
so, 10L CO2 gas form by 1000/22.4 gram decomposed of CaCO3 .
e.g mass of CaCO3 required = 1000/22.4 gram = 44.64 gram
here you can see that
100g CaCO3 decomposed to form 22.4 L gas of CO2 at STP
so,
1L CO2 gas form by 100/22.4 gram decomposed of CaCO3
so, 10L CO2 gas form by 1000/22.4 gram decomposed of CaCO3 .
e.g mass of CaCO3 required = 1000/22.4 gram = 44.64 gram
Anonymous:
Your answer is also good
Answered by
4
The required reaction is,
CaCO3 =>CaO + CO2
In STP 44g CO2 is 22.4 litre CO2
So,
22.4 lit CO2 can be required from 100g CaCO2
10 lit CO2 can be required from 100/22.4 × 10g CaCO3
= 1000/22.4
= 44.64g
The answer should be 44.64g CaCO3
Hope it helps
CaCO3 =>CaO + CO2
In STP 44g CO2 is 22.4 litre CO2
So,
22.4 lit CO2 can be required from 100g CaCO2
10 lit CO2 can be required from 100/22.4 × 10g CaCO3
= 1000/22.4
= 44.64g
The answer should be 44.64g CaCO3
Hope it helps
Similar questions