What is the correct chemical equation for the reaction between methane and oxygen to produce carbon dioxide and water?
1 answer:
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Answer:
The prefix "Tetra" implies 4 Bromine atoms. The prefix "Deca" implies 10 fluorine atoms.
Answer:
Explanation:
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In this case, the reaction is:
Thus, the law of mass action turns out:
Thus, since at the beginning there are 29 moles of ethylene and once the equilibrium is reached, there are 16 moles of ethylene, the change result:
In such a way, the equilibrium constant is then:
Thereby, the initial moles for the second equilibrium are modified as shown on the denominator in the modified law of mass action by considering the added 15 moles of ethylene:
Thus, the second change, finally result (solving by solver or quadratic equation):
Finally, such second change equals the moles of ethanol after equilibrium based on the stoichiometry:
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Answer:
Equilibrium will lie to the right.
Explanation:
That means HF is stronger acid than .
Alternatively, it can be said that is a stronger base than
.
Therefore HF readily gives proton to to form
and
than the reverse reaction.
So, the equilibrium will lie more towards the right i.e. towards formation of and
.