Respuesta :
The answer to the question stated above is:
Increases in entropy lead to irreversible changes.
An irreversible process increases the entropy of the universe. Thus, increased entropy can lead to the destruction of the universe.
>>Entropy is defined as the measure of the disorder in a system.
Increases in entropy lead to irreversible changes.
An irreversible process increases the entropy of the universe. Thus, increased entropy can lead to the destruction of the universe.
>>Entropy is defined as the measure of the disorder in a system.
The correct answer is B) irreversible changes.
Increases in entropy lead to irreversible changes.
According to scientists, the term entropy establishes a mathematic method to understand the notion of not possible processes of the law of conservation of energy. This is that matter in the universe can degrade as long as energy to an estate of uniformity. It was Clausius in 1950 that designed a mathematical process of testing if the second law of thermodynamics can be violated by any process. That is why Increases in entropy lead to irreversible changes.