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The effects of microscale and traditional chemistry experiments on the development of integrated science process skills / by Kathleen B. Daly.

Author/creator Daly, Kathleen B. author.
Other author/creatorSheppard, Moses M., degree supervisor.
Other author/creatorEast Carolina University. Department of Science Education.
Format Theses and dissertations and Archival & Manuscript Material
Production Info 1991.
Description[v]. 47 leaves ; 28 cm
Supplemental Content Access via ScholarShip
Subject(s)
Summary Two accelerated Chemistry classes were used to compare the development of the integrated science process skills. The students in each class were pretested using the Test of Integrated Process Skills (TIPS I) and posttested using the Test of Integrated Process Skills II (TIPS II). One class performed eight traditional macroscale laboratory experiments and the other class performed eight microscale laboratory experiments over a five month period. The results showed a significant gain in scores between the pretest and the posttest. There was not a significant difference between the macroscale group and the microscale group in terms of scores on the posttest. Therefore, one treatment was not shown to be significantly different from the other in terms of the development of the integrated science process skills.
General noteSubmitted to the faculty of the Department of Science Education.
General noteAdvisor: Moses M. Sheppard
Dissertation noteC.A.S. East Carolina University 1991
Bibliography noteIncludes bibliographical references (leaves 42-47).
Genre/formAcademic theses.
Genre/formAcademic theses.
Genre/formThèses et écrits académiques.

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University Archives ASK AT SPECIAL COLLECTIONS DESK ✔ Available Request Material
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General Stacks Q182.3 .D34X 1991 ✔ Available Place Hold