Islam Hassan said:in what way can we say that entropy globally has been increased via the collapse of the gas cloud into a proto-star?
Islam Hassan said:So it would require more information to describe the motion of a proto-star's tightly-packed constituent atoms than than the random gaseous diffusion of atoms in a gas cloud?
Islam Hassan said:This meteorite would likewise have to be much hotter than its original constituents?
Yes, gravity can affect entropy, as it plays a role in determining the distribution of matter and energy in a system. This distribution can impact the overall entropy of the system.
Gravity can reduce entropy by increasing the organization and structure of a system. For example, the force of gravity can cause particles to clump together, creating more ordered structures and thus decreasing the overall entropy.
No, gravity cannot create negative entropy. Entropy is a measure of disorder in a system, and gravity can only decrease or reduce this disorder, not create a negative value.
No, there are other factors that can affect entropy, such as temperature, pressure, and chemical reactions. However, gravity is a significant contributor to the overall entropy of a system, especially on a larger scale.
Yes, in some cases, gravity can increase entropy by causing systems to become more disordered. For example, in a black hole, the force of gravity can cause matter and energy to become highly disordered, leading to an increase in entropy.