Answer:
Scientific laws explain a rule based on some regularly occurring phenomenon.
Step-by-step explanation:
Unlike law in the legal sense, which has in principle the power to be enforced, scientific law has no power to impose that any fact or phenomenon should always agree with it. On the contrary, scientific law derives its validity and accuracy from the systematic observation of the always regular and persistent occurrence of a given phenomenon of general scope, establishing a cause and effect relationship associated with it and stating that it is very reasonable and probable that other related events may agree with the previous results and thus with the assumption that concludes from these derivatives.
Examples of scientific laws include the law of supply and demand and Newton's laws. As another example, as we look at the lunar eclipse, we see that the moon darkens partially or completely, so we can make the following statement: "Whenever there is a lunar eclipse, the moon darkens." For such a claim to be considered a natural law there must be some fundamental reason why the moon always darken at the onset of such a phenomenon, and the fundamental reason for this is that in the occurrence of the lunar eclipse the moon enters the shadow cone projected by the earth. .