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Laubach, Timothy A.; Elizondo, Lee A.; McCann, Patrick J.; Gilani, Shahryar – Physics Teacher, 2010
When illuminating four "mystery" vials of nanoparticle solution with a 405-nm light emitting diode (LED), four distinct colors related to the peak wavelength of fluorescent emission can be observed. This phenomenon perplexes high school physics students and leads to the subsequent exploratory question, "Why are the four vials emitting a different…
Descriptors: Inquiry, Science Instruction, Physics, Science Activities
Abdulwahed, Mahmoud; Nagy, Zoltan K. – Computers & Education, 2011
This paper introduces a novel model of laboratory education, namely the TriLab. The model is based on recent advances in ICT and implements a three access modes to the laboratory experience (virtual, hands-on and remote) in one software package. A review of the three modes is provided with highlights of advantages and disadvantages of each mode.…
Descriptors: Undergraduate Students, Graduate Students, Science Laboratories, Cognitive Psychology

Miller, K. Machele; Hage, David S. – Journal of Chemical Education, 1995
Evaluates the long-term use of integrated laboratories in undergraduate chemistry programs. Reports that this approach offers a number of advantages over conventional laboratories, including an improvement in the amount of student knowledge and experience gained, better preparation of students for research, and more efficient utilization of lab…
Descriptors: Chemistry, Educational Strategies, Higher Education, Integrated Activities
McComas, William F. – CSTA Journal, 1997
Discusses a number of important laboratory-related terms worthy of consideration and suggests a classification scheme that may be used to rate individual activities while implying a direction to enhance such exercises. Highlights implications of classifying laboratory activities and clarifying laboratory vocabulary. Contains 11 references. (JRH)
Descriptors: Educational Strategies, Hands on Science, Higher Education, Science Activities

Crandall, G. Douglas – Journal of College Science Teaching, 1997
Discusses how traditional lab exercises can be converted into investigative exercises. Describes an exercise on seed germination that has students design their own experiments based on their initial results. Involves students in the scientific process and allows them to experience the joys and disappointments of experimental work. (JRH)
Descriptors: Educational Strategies, Higher Education, Investigations, Science Experiments
Gardiner, Peter G.; Farragher, Pierce – 1997
The purpose of this study was to survey the quantity and quality of laboratory work conducted by Grade 11 and 12 biology students in British Columbia High Schools, to analyze student performance on laboratory based questions on Provincial examinations, and to examine the curriculum for recommended laboratory work. Examination and curriculum data…
Descriptors: Academic Achievement, Biology, Educational Strategies, Foreign Countries
Eichinger, David C.; And Others – 1997
This paper describes the first phase of a study to investigate students' evaluations of computer laboratory modules in a university-level, non-majors biology course. The National Science Foundation-funded project has two primary goals: (1) to develop programmable, multifunctional Bio LabStations for data collection and analysis, lab extensions,…
Descriptors: Biology, Computer Uses in Education, Data Analysis, Data Collection