Relational thinking plays a central role in human cognition. However, it is not known how children and adults acquire relational concepts and come to represent them in a form that is useful for the purposes of relational thinking (i.e., as structures that can be dynamically bound to arguments). The authors present a theory of how a psychologically…

Analyzes the relationship between the development of formal operations and the development of the adolescent personality, as hypothesized by Inhelder and Piaget. It is suggested that the concepts of possibility and reflectivity have a variety of meanings, and that once these meanings are examined, the logical foundation for the…

Four tasks which are frequently used to evaluate adolescent reasoning skill: (1) the pendulum task; (2) the ramp problem; (3) the cart experiment; and (4) the invisible magnetism experiment are analyzed to determine the Piagetian concepts that each measures. (CP)

Reviews Piaget's theory of cognitive development and discusses how science concepts can be taught to secondary school students at different cognitive levels. (MLH)

Human infants are predisposed to organize their experience in terms of certain concepts (natural) and not others (unnatural). Three formal, necessary conditions on the naturalness of concepts are offered. The conditions attempt to link the problem of naturalness to principled distinctions between sense vs nonsense, simplicity vs complexity, and…

Specific instruction refers to the teacher's knowing (a) what to teach and when, (b) what not to teach and why, and (c) when to let the preoperational child be "wrong." This paper is in agreement with Bereiter's criticism of Kohlberg's conclusion against specific instruction but suggests that Bereiter's argument should be developed into…

Focuses on studies related to Piaget's specifications for secondary student's development from concrete to formal level thinking. Discusses three problem areas in Piagetian analysis: (1) specification of logical formal thought model, (2) underlying assumptions, and (3) empirical findings. Comments on application problems. Assesses Piagetian…

Reports the construction and field testing of an electronic device intended to serve as a replacement for Piaget's first chemical task. Validity of the electronic task was established in testing 64 secondary school age students. Results obtained by the chemical and electronic tasks were highly correlated. (CP)

Describes the development of an instrument which is: (1) is capable of administration to students in grades 6-14; (2) requires the examinee to construct a conceptual answer from information provided; (3) requires the examinee to use the seven major logical operations (classification, seriation, logical multiplication, compensation, ratio,…

The purpose of this study was the development and validation of a paper-and-pencil instrument to assess the formal stage of development as defined by Piaget. Initially, a 42-item test was constructed; item content included syllogisms, verbal analogies, combinatorial and probabilistic reasoning, and questions similar to Piagetian tasks. This…

Four-year-old (N=45) children were trained for eight weeks in one of three conditions: (1) logical foundations (classification and seriation); (2) number skills (counting); and (3) control. The experimental treatments were based on the logical foundations model of Piagetian theorists and a skill integration model. (Author/BS)

This study investigated the relationships between Piagetian logical reasoning abilities with an information processing capacity, and first-grade children's performance on verbal addition and subtraction problems. An analysis of simple arithmetic problems indicated that several reasoning abilities identified by Piaget are needed to achieve…

A two-phase study was designed to investigate the relationship between cognitive skills hypothesized (by Piaget) to underlie number competence, and performance on tasks requiring logical reasoning with number-related concepts. During the first phase, a battery of tasks was administered to 60 kindergarten and 60 third-grade students. These tasks…