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Entropy decreases during the proposed synthesis of solid nitrogen
What is entropy?
One of the most crucial ideas in both information theory and physics is entropy. Entropy is a measure of the degree of chaos in a physical or biological system that is used informally. The less information we know about a system, the higher its entropy.
In the middle of the 19th century, debates about the effectiveness of heat engines gave rise to the idea of entropy. Students have struggled with Carnot's cycle and other sorts of expansion of real and ideal gases for generations without ever fully understanding why they were doing so.
A change in entropy, S, was defined in several previous textbooks using the equation:
S = Qreversible / T (i)
where Q denotes the amount of heat present and T denotes the thermodynamic temperature. However, it is more typical today to find entropy stated in terms of the level of disorder in the system and to define the entropy change, S, as:
ΔS = -ΔH/T (ii) (ii)
- When we raise a substance's temperature in a chemical process, molecular mobility increases along with entropy. In contrast, molecular mobility and entropy should both decrease as a substance's temperature is dropped.
Hence, entropy decreases during the proposed synthesis of solid
nitrogen
To know more about entropy from the given link
https://brainly.com/question/21578229
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