Consider the combustion of carbon monoxide (CO) in oxygen gas: 2CO(g) + O2(g) → 2CO2(g) Starting with 4.59 moles of CO, calculat
1 answer:
Answer:
4.59 moles of
Explanation:
1. The reaction of combustiono of carbon monoxide CO in oxygen gas is:
2. Use the stoichiometry of the reaction to calculate the number of moles of produced.
The problem says that there are enough oxygen gas to react with all the carbon monoxide CO, it means that the carbon monoxide CO is the limiting reagent, so the calculations will be made from the quantity of carbon monoxide CO, that is:
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Answer:see attached image
Explanation:
In organic chemistry, a product may be kinetically or thermodynamically favoured. A kinetically favours product forms faster, it may not necessarily be the more stable product. The thermodynamically favoured product forms at a slower rate but is more stable. Often times, the kinetically favoured product rearranges itself to form the thermodynamically favoured product at equilibrium. The endo product of the Diels Alder reaction mentioned in the question is first formed (kinetically favoured) but rearranges to form the exo product (thermodynamically favoured) at equilibrium. This is clear shown in the reaction mechanism attached below.
