Answer:A law summarizes a series of related observations; a theory gives the underlying reasons for them.
Explanation:
What is a definition of a theory?
A proposed explanation for observations that has been made accompanied with the laws which is accomplish through a series of tested hypothesis over time .
This all gives a way to predict how nature works and what drives certain behaviours and laws that account for all of that.
This is when scientist go in a quest to question things, gather evidence and find conclusion a theory is then build up from every evidence that has been gathered.
A law summarises all of these into a short statement that will depict why that is the way it is.
The answer to this question is <span>a system for exchanging currencies between countries
By creating the system for exchanging currencies, both parties involved in the trade could detemrine a fair pricing that wouldn't defect each or both parties during the trade so the value that they would receive would be pretty much the same if compared to the local trades</span>
Answer:
stop this comparison but hinduism ia answer
Phoenicia's greatest legacy to the world is to develop the alphabet in order to create a writing system that use symbols to represent sounds for the Phoenicians.
The correct answer is a simulation.
Computer simulation of systems, or just simulation, consists of the use of certain mathematical techniques, used in computers, which allow to imitate the operation of, practically any type of operation or process in the real world, that is, it is the study of the behavior of real systems through the exercise of models.
There are several definitions for the simulation, among which we can quote Pegden (1990) who says “simulation is a process of designing a computational model of a real system and conducting experiments with this model in order to understand its behavior and / or evaluate strategies for its operation ”. In this way, we can understand simulation as a broad process that encompasses not only the construction of the model, but the entire experimental method that follows, seeking:
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Describe the behavior of the system;
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Build theories and hypotheses considering the observations made;
Use the model to predict future behavior, that is, the effects produced by changes in the system or methods used in its operation.
