adductive释义：
1. adj. （语言学）语法的，句法的
发音：
/??dju?kt?v/
英语范文：
With the help of a linguist, we can analyze the syntax of a sentence to determine its adductive structure.
（在语言学家的帮助下，我们可以分析句子的语法结构来确定其语法的构成。）
注：以上内容仅供参考，英语发音和语法结构对于学习英语有很大帮助，但真正掌握一门语言还需要不断实践和积累经验。
基础释义：
adductive指的是语法或句法方面的，通常用于描述句子中单词之间的组合关系，以及句子结构中的主谓宾等成分之间的关系。
Adductive
Adductive is a term used in biology and psychology to refer to a type of reasoning or thinking that relies on the accumulation of evidence and the formation of conclusions based on those evidences. It is a fundamental component of scientific method and is essential for understanding and explaining the world around us.
In biology, adductive reasoning is used to explain how organisms adapt to their environments. By studying the characteristics of individual species and how they interact with their surroundings, biologists can develop explanations for how species have evolved and adapted over time. Similarly, in psychology, adductive reasoning is used to explain human behavior and mental processes. By studying the patterns of thought and behavior of individuals, psychologists can develop explanations for how people make decisions, solve problems, and interact with others.
In my opinion, adductive reasoning is a crucial component of scientific inquiry. It requires us to be open-minded, skeptical, and willing to test our assumptions through experimentation and observation. By using adductive reasoning, we can develop a more comprehensive understanding of the world around us and make more accurate predictions about its future.
In conclusion, adductive reasoning is a fundamental tool for understanding the world around us. By using it, we can develop explanations for how things work and make predictions about their future behavior. It is essential for scientific progress and for solving real-world problems.
Adductive
Adductive is a term used in biology and psychology to refer to a type of reasoning that relies on the repetition of similar patterns or sequences to make predictions or conclusions. It is a fundamental component of many scientific disciplines, including biology, psychology, and other related fields.
In biology, adductive reasoning is commonly used to explain the formation and function of biological structures and processes. For example, adductive reasoning can be used to explain how bones support the weight of the body, how muscles contract and extend, and how organs work together to maintain homeostasis.
Similarly, adductive reasoning is also used in psychology to explain the development and maintenance of psychological phenomena. For instance, adductive reasoning can be used to explain how individual experiences shape personality traits, how social factors influence emotional responses, and how cognitive processes are influenced by environmental factors.
In addition to its use in science, adductive reasoning is also widely employed in everyday life. For instance, when we make predictions or decisions based on similar patterns or sequences of events, we are using adductive reasoning. Similarly, when we explain the reasons for events or phenomena using similar patterns or sequences, we are also employing adductive reasoning.
In conclusion, adductive reasoning is a fundamental component of scientific inquiry and is widely employed in everyday life. It is essential for understanding the formation and function of biological and psychological phenomena and for making informed decisions and predictions based on similar patterns or sequences of events.
