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The Development and Validation of a Classroom Environment Scale for Filipinos

Thelma C. Rivera
Pharmaceutical Chemistry 
Department
College of Pharmacy
University of the Philippines 
Manila 
PHILIPPINES 1101

thelma@kulog.upm.edu.ph

Mildred F. Ganaden
College of Education
University of the Philippines Diliman 
PHILIPPINES 1101

msgana@ced.upd.edu.ph

 

AbstractIntroductionDescription of the LESConstruction of the LES
Validation of the LESField Testing of the LESReliability of the LES
The Factor Analysis
ReferencesAppendices

 

Summary

This article attempts to stimulate and facilitate future research and practical applications involving the psychosocial environment of science classrooms by describing the development of a new and the first instrument suited for Filipinos, the Learning Environment Scale (LES), which assesses 16 dimensions of actual chemistry classes at the high school level. Noteworthy features of the LES include its consistency with the literature, the specific relevance to chemistry classes, and its salience to chemistry teachers and students.

The LES was validated and field tested on a total random sample of 720 high school chemistry students in Quezon City. After factor analysis of the students' responses to the 76 items of the LES using the Statistical Analysis System (SAS) computer software, the instrument was found to be highly reliable and the items have good comparable variances.

It is hoped that science education researchers and science teachers in the Philippines will make use of the LES in pursuing several research and practical applications analogous to those completed successfully in prior classroom environment research in nonlaboratory class settings (Fraser, 1986; Fraser & Walberg, 1991). It is important that Filipino researchers make use of the LES to monitor students' perceptions of their science classes, investigate the impact that different science environments have on student outcomes, and to provide a basis for guiding systematic attempts to improve these learning environments.

 

AbstractIntroductionDescription of the LESConstruction of the LES
Validation of the LESField Testing of the LESReliability of the LES
The Factor Analysis
ReferencesAppendices