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If a source of heat energy starts radiating from a point and continues without stop the entropy around that point will never decrease. As sun is the endless heat energy radiating source and surrounding's of that is known as universe accepted by everybody. So this is the example for the statement ' the entropy of the universe can never decrease.'
What else can I help you with?
What happens to entropy when energy is transformed?
When energy is transformed, entropy can either increase or decrease. For example, in many energy transformations, such as combustion or chemical reactions, entropy tends to increase due to the dispersal of energy. However, in some processes, such as certain phase changes, entropy can decrease.
How is entropy used to measure what happens when ice melts?
Entropy is a measure of disorder in a system. When ice melts, its molecules go from an ordered, crystalline structure to a more disordered, liquid state, increasing its entropy. The process of melting ice is an example of an increase in entropy as the system transitions to higher disorder.
In what way is aging an example of the second law of thermodynamics?
Aging is an example of the second law of thermodynamics because it involves the gradual breakdown of complex systems over time, leading to a decrease in organization and an increase in entropy. As we age, our bodies experience wear and tear, leading to a decline in efficiency and function, which is consistent with the idea of entropy increasing in a closed system.
What is a statement of the second law of thermodynamics?
Every reaction in the universe increases the disorder, or entropy, of the universe. This is because energy that goes into a reaction is usable energy, but after the reaction, the energy is not usable anymore.
What is an example of Falsifiability?
An example of falsifiability is the statement "All swans are white." This statement can be falsified by simply finding a single black swan, which would disprove the claim that all swans are white.
What happens to entropy when energy is transformed?
When energy is transformed, entropy can either increase or decrease. For example, in many energy transformations, such as combustion or chemical reactions, entropy tends to increase due to the dispersal of energy. However, in some processes, such as certain phase changes, entropy can decrease.
What happens to the entropy in the reaction?
Entropy increases. In a reaction comprised of sub-reactions, some sub-reactions may show a decrease in entropy but the entire reaction will show an increase of entropy. As an example, the formation of sugar molecules by living organisms is a process that shows decrease in entropy at the expense of the loss of entropy by the sun.
What is an example of decrease?
This is a trick question, because in the world as we know it, entropy never decreases, since the chance of this happening approaches and infinitely small fraction. To answer the question though: Take any closed system of events that you've observed, and rewind the events as if you were "going back in time". Example: An egg the has splattered all of a sudden recombines off the floor and becomes a whole egg again. Some scientists believe that the last time entropy ever decreased in our universe was right before the big bang. Since this chance occurrence, entropy throughout the whole universe has been steadily increasing. My addition (person 2) - However, entropy CAN decrease locally, just not universally. Essentially entropy rests on the fact that work ultimately comes from a flow of heat energy from high to low, eventually balancing out. Once all the heat energy is uniform in the universe, we will experience "heat death" at which point no work will be able to be done. However, in systems WITHIN the closed system of the universe, entropy CAN be decreased. Freezing an ice cube, if you follow the entropy equation which I don't have with me, is one example of this. The cost of this local decrease in entropy is a universal increase in entropy from the heat released that is greater than the local decrease in entropy, thus the second law is not violated. Another example is biological growth. We humans develop from a single cell into a vastly complex arrangement of cells, but at the same time we produce heat that increases universal entropy more than our bodies decrease it.
Under what condition can entropy decrease in a system?
First of all, entropy is the defined as the extent to which something is disordered. In chemistry, for entropy in a SYSTEM to decrease, the products of a reaction must be less disordered than the reactants. The extent of "disordered-ness" can be seen by the physical states of the substances. A gas is more disordered than a liquid, which is more disordered than a solid. So, an example of a reaction that leads to a decrease in entropy is: HCl(gas) +NH3(gas) -----> NH4Cl(solid) So you see, there are more gaseous molecules in the reactant side of the equation than in the product side, which means the products are less disordered than the reactants. ----------------------------------------------- However, one must note that if the entropy of a system(reaction) decreases, the entropy of the surroundings should increase. This is because change in TOTAL entropy(A) = change in entropy of SYSTEM(B) + change in entropy of SURROUNDINGS(C). It is a rule that A must increase in every case ( have a positive value). If the B is negative(a decrease in entropy), C must be positive(an increase in entropy) to keep the value of A positive.
When someone order something don't he reduce entropy of the universe?
No. You can reduce the entropy of some system, but that will be at the cost of an entropy increase somewhere else. This is because it costs energy to put something in order. The TOTAL entropy in the Universe will always increase. For example, the entropy on planet Earth probably remains more or less constant over millions of years - but we do so using energy, mainly from the Sun, and the fact that energy from the Sun radiates into space is an increase of entropy; much greater than any small change of entropy on our planet.
What is a non example of a hypothesis?
A non-example of a hypothesis is a statement that lacks testability or a specific prediction, such as "The universe is vast." This statement does not make a specific claim that can be tested or measured. Instead, a good hypothesis would be something like "If the universe is expanding, then distant galaxies will show a redshift."
What are Examples of entropy increasing?
This is a trick question, because in the world as we know it, entropy never decreases, since the chance of this happening approaches and infinitely small fraction. To answer the question though: Take any closed system of events that you've observed, and rewind the events as if you were "going back in time". Example: An egg the has splattered all of a sudden recombines off the floor and becomes a whole egg again. Some scientists believe that the last time entropy ever decreased in our universe was right before the big bang. Since this chance occurrence, entropy throughout the whole universe has been steadily increasing. My addition (person 2) - However, entropy CAN decrease locally, just not universally. Essentially entropy rests on the fact that work ultimately comes from a flow of heat energy from high to low, eventually balancing out. Once all the heat energy is uniform in the universe, we will experience "heat death" at which point no work will be able to be done. However, in systems WITHIN the closed system of the universe, entropy CAN be decreased. Freezing an ice cube, if you follow the entropy equation which I don't have with me, is one example of this. The cost of this local decrease in entropy is a universal increase in entropy from the heat released that is greater than the local decrease in entropy, thus the second law is not violated. Another example is biological growth. We humans develop from a single cell into a vastly complex arrangement of cells, but at the same time we produce heat that increases universal entropy more than our bodies decrease it.
The sun was the center of the universe is an example of?
The sun was the center of the universe is an example of:
Claim: Schools should decrease class size by hiring more teachers. Which statement is an example of a commonsense counterclaim to the claim above?
A decrease in class size would require more teachers, which would be too expensive :) -Apex-
How is entropy used to measure what happens when ice melts?
Entropy is a measure of disorder in a system. When ice melts, its molecules go from an ordered, crystalline structure to a more disordered, liquid state, increasing its entropy. The process of melting ice is an example of an increase in entropy as the system transitions to higher disorder.
In what way is aging an example of the second law of thermodynamics?
Aging is an example of the second law of thermodynamics because it involves the gradual breakdown of complex systems over time, leading to a decrease in organization and an increase in entropy. As we age, our bodies experience wear and tear, leading to a decline in efficiency and function, which is consistent with the idea of entropy increasing in a closed system.
What is a statement of the second law of thermodynamics?
Every reaction in the universe increases the disorder, or entropy, of the universe. This is because energy that goes into a reaction is usable energy, but after the reaction, the energy is not usable anymore.
