Better Students Ask More Questions.
The combustion reaction of methane, Ch4, produces carbon dioxide, water and heat. If...
1 Answer | add yours
Best answer as selected by question asker.
First, let us write the balanced chemical equation:
`CH_4 + 2 O_2 -> CO_2 + 2H_2O`
First we have to determine the limiting reagent to be able to know the amount of products that will be produced.
For `CH_4` :
`40.0 grams CH_4 * (1 mol e CH_4)/(16.04 grams) * (1 mol e CO_2)/(1 mol e CH_4)`
= 2.494 moles `CO_2`
For `O_2` :
`128 grams O_2 * (1 mol e O_2)/(32 grams) * (1 mol e CO_2)/(2 mol es O_2)`
= 2.00 moles `CO_2`
Looking at the results, the limiting reagent is the oxygen gas and therefore we will use the amount of `CO_2` derived from `O_2` .
`2.00 mol es CO_2 * (44.01 grams CO_2)/(1 mol e CO_2)`
= 88.0 grams `CO_2` -> answer
Posted by jerichorayel on April 18, 2013 at 12:30 AM (Answer #1)
Join to answer this question
Join a community of thousands of dedicated teachers and students.