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Peer reviewedSnyder, C. R.; Ray, William J. – Perceptual and Motor Skills, 1971
Descriptors: Correlation, Motion, Performance Factors, Success
Peer reviewedZehausern, Robert; And Others – Perceptual and Motor Skills, 1970
Descriptors: Discrimination Learning, Experiments, Motion, Serial Ordering
Rheingold, Harriet L.; Eckerman, Carol O. – J Exp Child Psychol, 1969
"The results of the present study demonstrate that 10-month-old infants will move away from their mothers into a wider environment and that the properties of the wider environment control, in part, the infant's departure. (Author)
Descriptors: Anxiety, Controlled Environment, Environmental Standards, Infant Behavior
Peer reviewedNelson, Charles A.; Horowitz, Frances Degen – Child Development, 1983
Holograms of faces were used to study two- and five-month-old infants' discriminations of changes in facial expression and pose when the stimulus was seen to move or to remain stationary. While no evidence was found suggesting that infants preferred the moving face, evidence indicated that motion contrasts facilitate face recognition. (Author/RH)
Descriptors: Age Differences, Facial Expressions, Holography, Infants
Peer reviewedHespos, Susan J.; Rochat, Philippe – Cognition, 1997
Six experiments assessed 4- to 8-month-old infants' reactions to probable and improbable orientation positions following invisible transformations from an original orientation. Availability of orientation cues, objects' path of motion, and amount of invisible spatial transformation were varied. Results indicated that infants as young as 4 months…
Descriptors: Cognitive Processes, Infants, Motion, Spatial Ability
Peer reviewedNagata, Yoko; Dannemiller, James L. – Child Development, 1996
Assessed 14-week-olds' attention to green or red target objects moving in a field of distracting objects that varied in color. Found that infants' detection of green moving targets was masked in the presence of mixed red and green objects. Masking was not observed for red targets or for green targets in a field of green objects. (BC)
Descriptors: Attention, Color, Infants, Motion
Peer reviewedMueller, Lois M. – Journal of Physical Education, Recreation and Dance, 1990
Being physically educated means one has the tools--the abilities, knowledge, experiences, and awareness--to find meaning in movement, thereby enlarging oneself and one's world. Teachers should not teach fitness, skills, rules, or strategies for their intrinsic value. Instead, teachers should teach movement in all its varied forms. (IAH)
Descriptors: Educational Objectives, Elementary Secondary Education, Motion, Physical Education
Peer reviewedHirata, Chris; Thiessen, David – Physics Teacher, 1995
Derives a general equation for the period of nonsimple harmonic motion where the magnitude of the restoring force is given by F=kxn. (JRH)
Descriptors: Equations (Mathematics), Mechanics (Physics), Motion, Physics
Peer reviewedErlichson, Herman – Physics Teacher, 1995
Discusses Newton's apparent oversight of the role of energy considerations in collisions between two spherical bodies related to the third corollary of his "Laws of Motion." Investigates several theories that provide solutions to the mysterious oversight. (LZ)
Descriptors: Energy Conservation, Motion, Physics, Science Education
Peer reviewedPoulin-Dubois, Diane; And Others – Cognitive Development, 1996
Investigates the concept of animacy of 9- and 12-month-old infants by exposing them to autonomous motion with animate and inanimate objects in a series of three experiments. Three experiments were carried out. Results indicated that infants discriminate animate from inanimate objects on the basis of motion cues by the age of nine months. (MOK)
Descriptors: Attention, Behavior Patterns, Infants, Motion
Peer reviewedWerker, Janet F.; Cohen, Leslie B.; Lloyd, Valerie L.; Stager, Christine.; Casasola, Marianella – Developmental Psychology, 1998
In six experiments, infants were habituated to word-object pairings and then presented with a familiar word and object in a previously seen and a new pairing. Found that 14-month olds formed word-object associations under these conditions when the objects were moving; 8- to 12-month olds did not form associations but appeared to process the word…
Descriptors: Foreign Countries, Infants, Language Acquisition, Motion
Peer reviewedLim, Levan; Lin, Chien-Hui; Browder, Diane M. – Education and Training in Mental Retardation and Developmental Disabilities, 2002
A review of applications of motion study in developmental disabilities identifies two eras of research focus in the 1990s: (1) studies establishing the effectiveness and efficiency of tasks designed with motion study principles and (2) studies examining the interaction between motion study-based task designs and other variables such as choice,…
Descriptors: Developmental Disabilities, Efficiency, Motion, Scientific Concepts
Peer reviewedFlaten, James A. – Physics Teacher, 1999
Argues that it is possible to get a smooth ride on noncircular wheels on a smooth road if the load is supported using the wheels as rollers. Illustrates that the key to getting a smooth ride is for the rollers to measure the same height from top to bottom, regardless of how they are rotated. (CCM)
Descriptors: Higher Education, Mechanics (Physics), Motion, Physics
Feltner, Michael E.; Bishop, Elijah J.; Perez, Cassandra M. – Research Quarterly for Exercise and Sport, 2004
To determine the contributions of the motions of the body segments to the vertical ground reaction force ([F.sub.z]), the joint torques produced by the leg muscles, and the time course of vertical velocity generation during a vertical jump, 15 men were videotaped performing countermovement vertical jumps from a force plate with and without an arm…
Descriptors: Biomechanics, Human Body, Motion, Exercise Physiology
Gauthier, N. – International Journal of Mathematical Education in Science and Technology, 2005
The equation of motion for a mass that moves under the influence of a central, inverse-square force is formulated and solved as a problem in complex variables. To find the solution, the constancy of angular momentum is first established using complex variables. Next, the complex position coordinate and complex velocity of the particle are assumed…
Descriptors: Motion, Scientific Concepts, Kinetics, Mechanics (Physics)

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