Learning object by Itai Buxbaum
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This document discusses the reflection of mechanical waves, specifically highlighting hard and soft reflections using examples from a simulation. Hard reflection occurs when a wave reflects off a fixed boundary, resulting in an inverted wave, while soft reflection happens at a free boundary, where the wave maintains its phase. The document also illustrates these concepts with videos and examples, including real-world applications like waves at a sea wall.
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3. F-block elements often exhibit paramagnetic or ferromagnetic behavior.4. Actinides are radioactive.
F-block elements are used as catalysts in various industrial processes.
Actinides are used in nuclear reactors and nuclear medicine.
F-block elements are used in lasers and phosphors due to their luminescent properties.
F-block elements have unique electronic and magnetic properties.List View Components in Odoo 18 - Odoo 際際滷s
List View Components in Odoo 18 - Odoo 際際滷sCeline George
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In Odoo, there are many types of views possible like List view, Kanban view, Calendar view, Pivot view, Search view, etc.
The major change that introduced in the Odoo 18 technical part in creating views is the tag <tree> got replaced with the <list> for creating list views. HistoPathology Ppt. Arshita Gupta for Diploma
HistoPathology Ppt. Arshita Gupta for Diplomaarshitagupta674
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Hello everyone please suggest your views and likes so that I uploaded more study materials
In this slide full HistoPathology according to diploma course available like fixation
Tissue processing , staining etc
LDMMIA Shop & Student News Summer Solstice 25
LDMMIA Shop & Student News Summer Solstice 25LDM & Mia eStudios
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6/18/25
Shop, Upcoming: Final Notes to Review as we Close Level One. Make sure to review the orientation and videos as well. Theres more to come and material to cover in Levels 2-3. The content will be a combination of Reiki and Yoga. Also energy topics of our spiritual collective.
Thanks again all future Practitioner Level Students. Our Levels so far are: Guest, Grad, and Practitioner. We have had over 5k Spring Views.
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https://ldmchapels.weebly.com/Filipino 9 Maikling Kwento Ang Ama Panitikang Asiyano
Filipino 9 Maikling Kwento Ang Ama Panitikang Asiyanosumadsadjelly121997
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Filipino 9 Maikling Kwento Ang Ama Panitikang AsiyanoAd
Learning object by Itai Buxbaum
- 1. Reflection and Transmission of Mechanical Waves LEARNING OBJECT- PHYS 101 By Itai Buxbaum 3/1/15 In this Learning Object, I will walk you through the key points in hard and soft reflection of mechanical waves using examples from the Phet Reflection of Waves simulation. Sources: Physics for Scientists and Engineers Revised Volume 1 (Hawkes, Iqbal, Mansour, Milner-Bolotin, and Williams) Phet Interactive Simulations by the University of Colorado Wave on a String Shutterstock.com
- 2. Hard reflection Imagine you have a rope tied firmly to a support as such If you were to start a pulse at the other end, what would happen? Lets take a look.
- 3. This is a video, please make sure to press the play button.
- 4. Hard reflection- What is going on here? This is an application of Newton's Third Law of Motion: As we can see, the transverse pulse propagates through the string. The displacement of the incident pulse is upwards, so the string exerts an upwards force on the support when the pulse reaches the fixed end. But the support is rigid, so it exerts an equal and opposite reaction force on the string. The reaction force generates an inverted pulse that moves in the opposite direction. This is called a hard reflection.
- 5. Phase When the wave reflects from the fixed end, the wave is inverted with respect to the incident wave. They are out of phase by radians because the incident and reflected waves cancel each other out at the rigid support which has zero displacement. That means that: when a wave is reflected from a fixed end, its phase constant change by radians
- 6. Soft Reflection Now imagine that you had a string attached to a ring that was placed around rod. The idea is that the string is now free to move up and down, as it slides freely on the rod If you were to start a pulse at the other end, what would happen? Lets take a look.
- 7. This is a video, please make sure to press the play button.
- 8. Soft reflection- What is going on here? This is an example of reflection from a free end. The incident pulse exerts an upwards force on the ring, causing it to accelerate upwards. Notice- That the ring overshoots the maximum amplitude of the sting and is pulling the string with it This is because of inertia.
- 9. Soft Reflection and inertia in the ring Because of inertia the ring overshoots the maximum amplitude of the pulse and pulls the string along with it. This generates a reaction force that is exerted onto the string by the ring. This is what causes a backward moving pulse that is not inverted, known as a soft reflection. In this case, the incident pulse and the reflected pulse are in phase.
- 10. Physics at Stanley Park! This is seen in waves: Think about the wave as is it was a soft reflection: The amplitude of the wave when it hits the sea wall is greater then the amplitude of the wave before The result is a big splash! Photo: vancouversun.com
- 11. Sources http://phet.colorado.edu/en/simulation/wave-on-a-string Physics for Scientists and Engineers Revised Volume 1 By Hawkes, Iqbal, Mansour, Milner-Bolotin, and Williams, pages 408 and 409 Shutterstock.com Vancouversun.com