New Physics Remote Laboratories for UNEDLabs

MPTL’18 (2013)
Multimedia in Physics Teaching and Learning
New Physics Remote Laboratories for
UNEDLabs
Manuel Yuste, Carmen Carreras, Juan Pedro
Sanchez, Jaime Arturo de La Torre, Alberto de
La Torre, Luis de La Torre, Ruben Heradio,
Ignacio Zúñiga and Sebastian Dormido
Many Departments
September 11-13, 2013 - Madrid, Spain -
Contents
1. Virtual and remote labs
2. UNEDLabs
3. New remote labs:
1. Vibrating strings
2. Photoelectric effect
3. Diffraction experiment
4. Conclusions
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1. Virtual and remote labs
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2. UNEDLabs
• Network of VRLs in different fields: Physics,
Control Engineering, etc.
• Based on Moodle
• Uses EJS to build the VRLs and the EJSApp
plugins to integrate them into the LMS
• Documentation, communication channels,
quizzes…
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2. UNEDLabs
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3. New remote labs
Good integration between VRLs and the LMS
Additional learning resources
Many VRLs in the Automatic Control field
Few VRLs about Physics
1. Vibrating strings
2. Photoelectric effect
3. Diffraction experiment
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3. New remote labs: vibrating strings
Objective:
To study the relation between tension, longitude
Strings:and
density of the material in the foundamental mode os
Length
oscillation in a vibrating string
Material
Diameter
Tension
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3. New remote labs: photoelectric effect
Objective:
To study the foundamentals of the photoelectric
effect and to determine the value of Planck’s
constant, h
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3. New remote labs: diffraction
Objective:
To study two levels of profundization of the
diffraction images produced by several diffractive
objects:
• Determine the size of the diffractive objects
• Check the diffraction theory
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4. Conclusions
•
UNEDLabs is a network of collaborative VRLs.
•
UNEDLabs already has several automatic control VRLs and a
few more about Physics.
•
Three new RLs are being prepared to be integrated into the
UNEDLabs network (VLs too):
• Vibrating strings
• Photoelectric effect
• Diffraction
•
All these new VRLs will automatically obtain extended
capabilities when used within the UNEDLabs web portal.
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MPTL’18 (2013)
Multimedia in Physics Teaching and Learning
Thank you for your attention!
Any questions?