Javascript must be enabled to continue!
The Development of Logical Reasoning
View through CrossRef
There are clear theoretical and practical implications of the way people make inferences and decisions. In addition, there are a variety of very different developmental theories that attempt to model how the underlying competencies change over time. The starting point for these discussions is the well-documented tendency for people to make a combination of “logical” and “nonlogical” inferences and judgments. Logical inferences refer to conclusions that are logically valid, which are theoretically at least a product only of the syntactic structure of the components of the inference. Nonlogical inferences are inferences that reflect personal knowledge and/or individual biases, and that produce conclusions that are not necessarily valid. Scientific and mathematical disciplines rely on the use of logically valid inferences, and the existence of strong tendencies towards making nonlogical inferences has clear educational implications. One of the most common ways of understanding the interplay between these two forms of inference are general dual process frameworks, which postulates the coexistence of two systems of making inferences, a heuristic and an analytic system, that function very differently and can produce different responses to the same problem. The analytic system is generally considered to be responsible for the potential to make logically valid inferences. However, there are a variety of developmental theories that provide different approaches to how logical reasoning may develop. The key concepts for each theory are very different, and it is important to understand how these differences can be articulated, in the light of the key empirical results. Finally, each of these different approaches has very different educational implications.
Title: The Development of Logical Reasoning
Description:
There are clear theoretical and practical implications of the way people make inferences and decisions.
In addition, there are a variety of very different developmental theories that attempt to model how the underlying competencies change over time.
The starting point for these discussions is the well-documented tendency for people to make a combination of “logical” and “nonlogical” inferences and judgments.
Logical inferences refer to conclusions that are logically valid, which are theoretically at least a product only of the syntactic structure of the components of the inference.
Nonlogical inferences are inferences that reflect personal knowledge and/or individual biases, and that produce conclusions that are not necessarily valid.
Scientific and mathematical disciplines rely on the use of logically valid inferences, and the existence of strong tendencies towards making nonlogical inferences has clear educational implications.
One of the most common ways of understanding the interplay between these two forms of inference are general dual process frameworks, which postulates the coexistence of two systems of making inferences, a heuristic and an analytic system, that function very differently and can produce different responses to the same problem.
The analytic system is generally considered to be responsible for the potential to make logically valid inferences.
However, there are a variety of developmental theories that provide different approaches to how logical reasoning may develop.
The key concepts for each theory are very different, and it is important to understand how these differences can be articulated, in the light of the key empirical results.
Finally, each of these different approaches has very different educational implications.
Related Results
Characteristics and processes of registered nurses’ clinical reasoning and factors relating to the use of clinical reasoning in practice: a scoping review
Characteristics and processes of registered nurses’ clinical reasoning and factors relating to the use of clinical reasoning in practice: a scoping review
Objective:
The objective of this review was to examine the characteristics and processes of clinical reasoning used by registered nurses in clinical practice, and to id...
Approaching the Construction of Arguments in Postgraduate Education Programs
Approaching the Construction of Arguments in Postgraduate Education Programs
Constructing arguments, applying logical reasoning, and developing intellectual skills are fundamental to academic success in postgraduate education and qualitative research. The s...
Logical form
Logical form
Consider the following argument: All men are mortal; Socrates is a man; therefore, Socrates is mortal. Intuitively, what makes this a valid argument has nothing to do with Socrates...
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
Background Clinical reasoning processes involve gathering and interpreting information, creating differential diagnoses and testing hypotheses to inform and guide patient managemen...
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
Background Clinical reasoning processes involve gathering and interpreting information, creating differential diagnoses and testing hypotheses to inform and guide patient managemen...
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
10 tips for clinical educators in designing and delivering learning experiences to improve clinical reasoning for medical students.
Background Clinical reasoning processes involve gathering and interpreting information, creating differential diagnoses and testing hypotheses to inform and guide patient managemen...
High School Students’ Generalization Viewed from Logical-Mathematical Intelligence
High School Students’ Generalization Viewed from Logical-Mathematical Intelligence
Generalization is an important element in understanding, recognizing, and examining mathematical situations. Students' generalization processes can be analyzed according to Mason's...
Cognitive Dissonance Model of Conditional Reasoning based on Truth-making
Cognitive Dissonance Model of Conditional Reasoning based on Truth-making
Conditional reasoning (If A, Then B) is a lasting topic in the psychology of reasoning. The experimental paradigm for conditional reasoning is a card selection task using logical r...

