Innovative laboratory activities using LASER

The objective of this study is to develop Physics laboratory activities using LASER. However, before laboratory activities could be formulated, it was necessary to come up with LASER accessories. This study, therefore, presents fourteen improvised LASER accessories, three laboratory set-ups, and ele...

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Main Author: Ababa, Perlen K.
Format: text
Language:English
Published: Animo Repository 1992
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Online Access:https://animorepository.dlsu.edu.ph/etd_doctoral/677
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Institution: De La Salle University
Language: English
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spelling oai:animorepository.dlsu.edu.ph:etd_doctoral-16762021-05-04T08:40:38Z Innovative laboratory activities using LASER Ababa, Perlen K. The objective of this study is to develop Physics laboratory activities using LASER. However, before laboratory activities could be formulated, it was necessary to come up with LASER accessories. This study, therefore, presents fourteen improvised LASER accessories, three laboratory set-ups, and eleven laboratory activities. Given the proper orientation (say, 24-hour orientation), any Physics laboratory teacher, can perform any or all of the eleven activities using LASER and the improvised LASER accessories in this study. The improvised LASER accessories are: 1. Beam Position Adjuster 2. Optical Bench 3. Multi-purpose Stand 4. Holders 5. LASER Beam Splitter 6. Rotational Reflector 7. Smoke Box 8. Improvised Voltage Amplifier 9. Sound Modulated Reflector 10. Octagonal Reflector 11. Motor Speed Controller 12. Vertical Oscillator 13. Horizontal Oscillator Reflector 14. Signal Generator. This research work also presents three laboratory set ups, namely: 1. LASER Oscilloscope 2. Sound Transmission Reception LASER Kit 3. LASER Power Meter. The laboratory activities presented in this study are: 1. Linear Polarization (A Characteristic of LASER Light) 2. Optical Fiber 3. LASER Power Meter 4. Color 5. Viewing Interference Patterns 6. Lenses 7. Generation of Surfaces and Patterns 8. Distance Measurement by Triangulation 9. Sound Transmission Reception Through LASER 10. Combinations of Motions with the same Frequencies 11. Generation of a Sine Wave. The study was done in four phases, namely: 1. Design and Development Phase 2. Descriptive Phase 3. Testing Phase 4. Revision and Final Write Up Phase. The researcher acknowledges that this study is exploratory in nature. Thus, the results presented here could serve as a springboard for other researchers to further investigate and develop. Also, since the improvised LASER accessories and the LASER are quite useful in demonstrating concepts especially in sound and optics, the researcher hopes to disseminate and share his findings with other interested Physics teachers throughout the country. 1992-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/etd_doctoral/677 Dissertations English Animo Repository Lasers Physics--Experiments Physics
institution De La Salle University
building De La Salle University Library
continent Asia
country Philippines
Philippines
content_provider De La Salle University Library
collection DLSU Institutional Repository
language English
topic Lasers
Physics--Experiments
Physics
spellingShingle Lasers
Physics--Experiments
Physics
Ababa, Perlen K.
Innovative laboratory activities using LASER
description The objective of this study is to develop Physics laboratory activities using LASER. However, before laboratory activities could be formulated, it was necessary to come up with LASER accessories. This study, therefore, presents fourteen improvised LASER accessories, three laboratory set-ups, and eleven laboratory activities. Given the proper orientation (say, 24-hour orientation), any Physics laboratory teacher, can perform any or all of the eleven activities using LASER and the improvised LASER accessories in this study. The improvised LASER accessories are: 1. Beam Position Adjuster 2. Optical Bench 3. Multi-purpose Stand 4. Holders 5. LASER Beam Splitter 6. Rotational Reflector 7. Smoke Box 8. Improvised Voltage Amplifier 9. Sound Modulated Reflector 10. Octagonal Reflector 11. Motor Speed Controller 12. Vertical Oscillator 13. Horizontal Oscillator Reflector 14. Signal Generator. This research work also presents three laboratory set ups, namely: 1. LASER Oscilloscope 2. Sound Transmission Reception LASER Kit 3. LASER Power Meter. The laboratory activities presented in this study are: 1. Linear Polarization (A Characteristic of LASER Light) 2. Optical Fiber 3. LASER Power Meter 4. Color 5. Viewing Interference Patterns 6. Lenses 7. Generation of Surfaces and Patterns 8. Distance Measurement by Triangulation 9. Sound Transmission Reception Through LASER 10. Combinations of Motions with the same Frequencies 11. Generation of a Sine Wave. The study was done in four phases, namely: 1. Design and Development Phase 2. Descriptive Phase 3. Testing Phase 4. Revision and Final Write Up Phase. The researcher acknowledges that this study is exploratory in nature. Thus, the results presented here could serve as a springboard for other researchers to further investigate and develop. Also, since the improvised LASER accessories and the LASER are quite useful in demonstrating concepts especially in sound and optics, the researcher hopes to disseminate and share his findings with other interested Physics teachers throughout the country.
format text
author Ababa, Perlen K.
author_facet Ababa, Perlen K.
author_sort Ababa, Perlen K.
title Innovative laboratory activities using LASER
title_short Innovative laboratory activities using LASER
title_full Innovative laboratory activities using LASER
title_fullStr Innovative laboratory activities using LASER
title_full_unstemmed Innovative laboratory activities using LASER
title_sort innovative laboratory activities using laser
publisher Animo Repository
publishDate 1992
url https://animorepository.dlsu.edu.ph/etd_doctoral/677
_version_ 1712574589292249088