To make predictions about specific cases in science, one typically needs a foundational understanding of scientific principles, methodologies, and relevant theories. This includes knowledge of statistics for data analysis, familiarity with the scientific method for hypothesis testing, and an understanding of the specific domain, such as Biology, chemistry, or physics. Additionally, one should be able to interpret empirical data and recognize patterns to draw informed conclusions. Contextual knowledge about the specific case being examined is also crucial for accurate predictions.
Science will use logic to make predictions and forecasts.
Deductive
logic reasoning
Scientific reasoning, because there is a basis/structure behind it i.e. general knowledge.
Deductive reasoning
Deductive
Science will use logic to make predictions and forecasts.
Deductive
logic reasoning
Deductive reasonong.
Deductive reasoning
Deductive reasoning
Deductive reasoning
Scientific reasoning, because there is a basis/structure behind it i.e. general knowledge.
Deductive reasoning
Deductive reasoning
Deductive reasoning uses general knowledge of science to make predictions about specific cases.It is not a requirement of deductive reasoning that it include overtly scientific data; the concept is that you start with known information. If your starting premises are true, meanings are unambiguous and applicable rules of logic are followed, then the conclusion is true.