Answer :
858.185 grams of Carbon Dioxide can be produced when 6.50 moles of Propane is burned.
What is Propane?
Propane is a three-carbon alkane and has the molecular formula C3H8. In addition to low-emission public transportation, propane is also used as fuel in home and industrial applications.
When 1 mole of Propane undergoes combustion in presence of oxygen, 3 moles of Carbon Dioxide is produced.
Using this, we can calculate that
6.50 moles of propane x 3 gives us 19.50 moles of Carbon Dioxide.
Converting moles to grams, we get 1 mole of CO2 is 44.009 grams.
Therefore, 19.50 x 44.009 = 858.185 grams of CO2.
Hence, we can say that 858.185 grams of CO2 is produced when 6.5 moles of propane is burned.
To know more about propane, visit the following link
https://brainly.com/question/23779346
#SPJ4
Burning 6.50 moles of propane can result in the production of 858.185 grammes of carbon dioxide.
What is Propane?
The chemical formula for propane is C3H8, a three-carbon alkane. In addition to being a fuel for low-emission public transportation, propane is also employed in domestic and commercial settings. Three moles of carbon dioxide are created when one mole of propane is burned in the presence of oxygen.
With this, we can determine that
We get 19.50 moles of carbon dioxide when we multiply 6.50 moles of propane by 3.
1 mole of CO2 is equal to 44.009 grammes when converted to grammes.
As a result, 19.50 times 44.009 equals 858.185 grammes of CO2.
Thus, we can state that the combustion of 6.5 moles of propane results in the production of 858.185 grammes of CO2.
To know more about propane, visit the following link
brainly.com/question/23779346
#SPJ4
