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amaruq
- 16
- 2
if we apply the laws of thermodynamics to the universe as the system, and factoring dynamic boundary and dynamic system, how could we define the surroundings as a non-infinite, non zero factor?
The surroundings refer to everything outside of the system being studied. In this case, the universe is considered the system, which includes all matter, energy, and space.
Defining the surroundings allows scientists to understand the interactions and relationships between the system and its environment. It helps to determine the boundaries and influences on the system being studied.
The boundaries of the universe as a system are constantly expanding and evolving. However, for practical purposes, scientists typically define the boundaries as the observable universe, which is the region of space that we can detect and study.
Yes, the surroundings of the universe can be influenced by the system. For example, the expansion of the universe can impact the distribution of matter and energy in the surroundings.
Scientists use various methods, such as observational data, mathematical models, and simulations, to study the interactions between the universe as a system and its surroundings. These methods allow us to make predictions and gain a deeper understanding of the universe as a whole.