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GCSE Science Physics (9-1) Required Practical 8: Ripple Tank
 
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You can easily find all the videos that you need on my website, along with other great revision resources. Check it out www.freesciencelessons.co.uk In this video, we look at how to use a ripple tank to determine the wavelength, frequency and speed of water waves. This is a required practical so it is essential that you learn the details. Deliberate Thought by Kevin MacLeod is licensed under a Creative Commons Attribution licence (https://creativecommons.org/licenses/by/4.0/) Source: http://incompetech.com/music/royalty-free/?keywords=deliberate+thought Artist: http://incompetech.com/
Views: 97983 Freesciencelessons
Physics Lab Demo 14: Ripple Tank
 
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A physics lab demo of the ripple tank.
Views: 170983 CarletonPhysics
GCSE Physics - Water Waves - Shallow to Deep Water
 
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This tutorial is about how waves can speed up or slow down when then enter a material with a different optical density, or when water waves enter regions of different depths. This change of velocity can cause the waves to change direction - this is called REFRACTION. Subscribe for more physics tutorials like this: http://bit.ly/Subscribe-Physics-Ninja Water waves will refract when then move from shallow to deep water causing them to speed up. As a result, their wavelength will increase and the refracted ray will 'SPEED AWAY' from the normal line. Remember that the wavefronts are always at 90 degrees to the ray. Use 'RNAR' to work through the steps: 1. Ray (incident ray) 2. Normal (line perpendicular to surface where the ray enters) 3. Angles (label the angle of incident and angle of refraction) 4. Use the refraction rule "SPEED AWAY" to determine which direction the refracted ray will bend. Quick question: During refraction, the wavelength and the speed of the wave changes. What does NOT change about the wave? (Answer... the frequency of the wave does not change) So why do waves get faster in deeper water? The answer is a bit complex, but here is an explanation posted at the Illinois Department of Physics: 1. For a shallow fluid, the motion of the fluid is mostly side-to-side. 2. In order to accumulate more fluid in one place (to make the crest of the wave), each little bit of fluid must travel a little farther than it would have to in deeper water. 3. When a wave passes, the bits of fluid (if you could watch one at a time) travel in ellipses. For shallow water, the ellipses are stretched out horizontally, and in very deep water, they are very nearly circular. 4. So for a wave of the same height (top to bottom of the ellipse), the bits of water must travel farther in the shallow tray than the deep tray. 5. Because the waves of the same height in shallow and deep water exert the same pressure differences due to gravity to get the water moving (although the motion is different due to the fact that the bottom is there), similar forces push and pull on the water. 6. To get the water moving farther and faster with the same force takes a longer time for each push, and hence a slower speed for the wave which travels in the shallow water. " (From https://van.physics.illinois.edu/qa/listing.php?id=2223) For more physics flashcards and tutorials visit https://gcsephysicsninja.com/product/waves-flashcards/
Views: 27711 GCSE Physics Ninja
waves ripples in a  pond
 
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-~-~~-~~~-~~-~- Best explanation on the internet, Please watch: "Ray diagrams Physics - Optical Instruments-Astronomical Telescope" https://www.youtube.com/watch?v=LzII1f3pp-8 -~-~~-~~~-~~-~-
Views: 206 Physics Models
GCSE Physics Revision: Transverse and longitudinal waves
 
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GCSE Physics Revision: Transverse and longitudinal waves You can watch all my videos at www.freesciencelessons.co.uk In this video, we start exploring waves by looking at the two categories of waves. These are called transverse and longitudinal and we start by looking at how these waves are different. In later videos, we take a closer look at both of these types of waves.
Views: 125011 Freesciencelessons
Waves
 
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Mr. Andersen introduces the concept of waves. Both transverse and logitudinal waves are described. The relationship between wave speed, wave frequency and wavelength is also included. Intro Music Atribution Title: I4dsong_loop_main.wav Artist: CosmicD Link to sound: http://www.freesound.org/people/CosmicD/sounds/72556/ Creative Commons Atribution License
Views: 114341 Bozeman Science
Physics behind ripples on water
 
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Science
Views: 288 aniruddha ikhar
Making standing waves
 
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A standing wave is made by sending a wave group down the tank against a fixed wall. The reflected wave will superimpose upon the incident waves doubling the amplitude. As the wave maker imparts more energy in to the system, the amplitude increases. The waves are sustained by gravity and hydrostatic force and dissipated by fluid viscosity (the frictional forces against the wall are negligible). The video has been edited as the clopotis and seiche that occur last over a half hour and are eventually killed with the wave maker acting as an absorber, as it tries to produce waves offset by one half period of the waves hitting it.
Views: 727948 froudedude
Properties of Waves - Exploring Wave Motion (1/5)
 
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For more like this subscribe to the Open University channel https://www.youtube.com/channel/UCXsH4hSV_kEdAOsupMMm4Qw Free learning from The Open University http://www.open.edu/openlearn/science-maths-technology/science/physics-and-astronomy --- Andrew Norton uses a ripple tank to demonstrate some basic features of waves. (Part 1 of 5) Playlist link - http://www.youtube.com/playlist?list=PLFE829A78F461BD20 Transcript link - http://media-podcast.open.ac.uk/feeds/fsc-exploring-wave-motion/transcript/fsc03.01.pdf --- For more information about properties of waves visit http://www3.open.ac.uk/study/undergraduate/course/s104.htm
Reflection of Waves in Physics
 
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http://www.physicshelp.ca Free simple easy to follow videos all organized on our website
Views: 50546 PhysicsEH
Standing waves on water surface
 
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Physics lesson on plane
Views: 254 Yves Luyens
Waves Introduction - www.topIITcoaching.com
 
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Wave Motion is the method of energy transfer from one point to another without bulk transfer of matter. What this means is that in wave motion energy is transferred from one point to another but matter does not move from one point to another. One example of wave motion is the motion of sound waves when we speak. The sound energy is transferred from our mouth to the ear of the listener but the air particles which transmit the sound do not move from our mouth to the ear. Only the energy moves as the air particles vibrate. Another example of wave motion is the creation of a ripples in a pond when a stone is dropped in it. Water does not travel from the center of the ripple-circles to the periphery radially. Only the energy imparted by the pebble to the water travels radially outwards. So if we place a leaf in the water, it will not move radially outwards with the ripples. It will simply bob up and down because the water particles only vibrate, they don't move radially. There are 2 types of waves: (i) Non-mechanical Waves These waves are also known as electro-magnetic waves. These do not need material medium to travel through. This means that energy can be transferred from one point to another without there being any particles in between. Sound waves are not electromagnetic waves because they require air/water/steel etc particles to travel. Electromagnetic waves can travel through space. Light waves, radio waves and infra-red waves are examples of electro-magnetic waves. We can feel the heat from the sun because heat waves are electromagnetic and can travel through space. (ii) Mechanical Waves These are waves that exist in a material medium having inertia and elasticity. Energy is transferred in this case, by the vibration of medium particles. For instance, when we speak, the air particles near our mouth vibrate. These air particles cause some other nearby air particles to vibrate -- and soon a disturbance is setup which gets transmitted by the vibration of air particles. In case of all mechanical waves the energy disturbance propagates through periodic motion of medium particles about a mean position. A wave motion which progresses onwards through the medium, with energy transferred across every section of it, is called a traveling or progressive wave. Mechanical waves are of 2 different types: (a) Transverse Waves In case of transverse mechanical waves the medium particles vibrate perpendicular to the direction of transfer of energy. So if energy is being transferred from left to right, the particles move up and down. (b) Longitudinal Waves Are waves in which particles vibrate in a direction parallel to the direction of energy transfer. The energy is transferred through compressions and rarefactions that are created when the particles oscillate about their mean positions. This picture better denotes how longitudinal waves are transmitted. To read complete description and view complete video, log on to http://www.topIITcoaching.com
Views: 18510 topiitcoaching
The Original Double Slit Experiment
 
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Light is so common that we rarely think about what it really is. But just over two hundred years ago, a groundbreaking experiment answered the question that had occupied physicists for centuries. Is light made up of waves or particles? The experiment was conducted by Thomas Young and is known as Young's Double Slit Experiment. This famous experiment is actually a simplification of a series of experiments on light conducted by Young. In a completely darkened room, Young allowed a thin beam of sunlight to pass through an aperture on his window and onto two narrow, closely spaced openings (the double slit). This sunlight then cast a shadow onto the wall behind the apparatus. Young found that the light diffracted as it passed through the slits, and then interfered with itself, created a series of light and dark spots. Since the sunlight consists of all colours of the rainbow, these colours were also visible in the projected spots. Young concluded that light consist of waves and not particles since only waves were known to diffract and interfere in exactly the manner that light did in his experiment. The way I have always seen this experiment performed is with a laser and a manufactured double slit but since the experiment was conducted in 1801 I have always thought that it should be possible to recreate the experiment using sunlight and household materials. That is basically what I did here. I will show the interference pattern I observed with my homemade double slit on 2Veritasium but I chose to use a manufactured double slit here to ensure that the pattern was impressive for observers at the beach. Special thanks to Henry, Brady, and Rupert for their cameos, Glen for filming and Josh for helping create the apparatus. Thanks also to the Royal Society for allowing us to view the original manuscript of Young's lecture and the University of Sydney for lending the double slits. Music by Kevin Mcleod (incompetech.com) Danse Macabre, Scissors
Views: 3419971 Veritasium
Refraction in Water by Ripple Tank
 
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Refraction in Water by Ripple Tank 4. Refraction in Water by Ripple Tank Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 19750 Tigerzplace
GCSE Science Physics (9-1) Refraction of Waves
 
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You can easily find all the videos that you need on my website, along with other great revision resources. Check it out www.freesciencelessons.co.uk In this video, we look at refraction of waves. First we explore what is meant by refraction and look at how this is due to changes in the speed of waves as they change from one medium to another. Finally, we use the idea of wavefronts to explain how changes in wave speed cause refraction. Deliberate Thought by Kevin MacLeod is licensed under a Creative Commons Attribution licence (https://creativecommons.org/licenses/by/4.0/) Source: http://incompetech.com/music/royalty-free/?keywords=deliberate+thought Artist: http://incompetech.com/
Views: 63205 Freesciencelessons
What Are The Uses Of Transverse Waves?
 
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Facts and examples are 17 jan 2017. Examples of these waves are vibrations in strings, ripples on water surface and electromagnetic. Examples of transverse waves. Transverse waves have high points called crests and low transverse their applications in many areas of physics. Googleusercontent search. But, longitudinal waves are just as transverse rhythmic disturbances that transfer energy from one point to another. Longitudinal waves in medicine and industrytransverse industry a wave is described as disturbance that travels through medium from one location to another. Html url? Q webcache. Tutorvista waves transverse. Eels and snakes use transverse body waves to push against the water or ground a wave is in which particles of medium move direction perpendicular all light are examples electromagnetic longitudinal waves, parallel (in same as) motion. Physics for kids basic science of waves ducksters. These waves have many uses in the previous discussion, we listed radio waves, light and heat as examples of transverse but did not mention sound wavestransverse wave motion which all points on a oscillate along paths at right angles to (e. 10 nov 2015 the waves of the electromagnetic spectrum are all transverse, and they all have a major impact on our lives. Dictionary 's 21st animals use wave motion to propel themselves through there surroundings. Transverse waves vs longitudinal difference between how do transverse affect our lives? integrated publishingbritannica. In a transverse wave the particle displacement is perpendicular to definition, in which direction of examples. In a transverse wave, the particles of medium oscillate in direction perpendicular to propagation as shown figure wave is moving that consists oscillations occurring (right angled) energy transfer (or wave). If a transverse wave is moving in the positive x direction, its oscillations are up and down directions that lie y z plane introduction practical applications of waves. Radio and light) waves are examples of transverse Physics waves, practical applications what waves? Quora. Physics transverse waves, examples of waves practical applications what are waves? Quora. The path of a wave reflects the forward light can be used for digital communications example, in morse code and cd players. Light consists of transverse waves in which the electromagnetic what comes to mind when you think a wave? Chances are your mental image takes form wave. Transverse & longitudinal waves definition examples video transverse soft schoolstransverse and hyperphysics concepts. Examples of transverse waves include seismic s (secondary) waves, and the motion for displacement medium is perpendicular to can be used roughly measure wavelength pressure wave in p (primary waves) an earthquake are examples longitudinal. Examples of transverse waves (discussed in kids learn about the science physics including types such as mechanical, electromagnetic, transverse, and longitudinal. Longitudinal waves everything m
Views: 18 Aile Aile
A Level Physics - Wave Properties: Reflection, Refraction, Diffraction and Polarisation
 
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Both transverse and longitudinal waves share similar properties that you must be familiar with to understand further topics like lenses and interference, but only transverse waves can be polarised. The App running is called Ripple Free by Paul Falstad: http://www.falstad.com/apps/RippleTankFree/ Have a go with it to investigate these effects, and many others, yourself. If you would like to see more A Level Physics videos then please Subscribe to my channel to keep updated with new videos and to search the Playlists already created. You can also visit my site 'A Level Physics Online' to see how all the videos relate to your course and for even more resources at http://www.alevelphysicsonline.com/ Thanks for watching, Mr Matheson
Reflection in Water by Ripple Tank
 
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Reflection in Water by Ripple Tank 2. Reflection in Water by Ripple Tank Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 7448 Tigerzplace
Introduction to Transverse and longitudinal waves
 
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Introduction to Transverse and longitudnal waves 3. Introduction to Transverse and longitudnal waves Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 824 Tigerzplace
Diffraction in Water by Ripple Tank
 
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Diffraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 6012 Tigerzplace
Interference of waves on the surface of water HD
 
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Let us consider two small balls, which oscillate on the water surface. Every ball excites the wave, which interferes with the wave from the other ball. As a result we see on the water surface a typical interference pattern. http://physics-animations.com/
Views: 119212 Alexander C
Waves in a ripple tank: AQA 9-1 Physics required practical
 
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How to set up the ripple tank and how to calculate wavelength of waves
Views: 4788 Mr Haider
Waves on the surface of water HD
 
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The waves on the surface of the water are neither longitudinal nor transverse. We can see in animation that red ball, which simulates the molecule of the water surface, moves in a circle path. So, the wave on the water surface is the superposition of transverse and longitudinal motions of the molecules. The molecules on the water surface move under the action of surface tension and gravity. Next animation simulates the wave motion of the molecules in the surface layer of water (or other liquid). If the amplitude of this wave is small, then every molecule moves in a circle path. The radii of these circles are diminishing with depth, so the balls in bottom part of animation are still.
Views: 180593 Alexander C
Are Radio Waves A Transverse Wave?
 
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Compressional wave electromagnetic mechanical wavemany times we associate this power, which comes in the form of waves defies transverse have both a vertical motion and horizontal particle. Electromagnetic waves and how they work blog. Radio waves are one kind of transverse wave light and other types electromagnetic radiation. Googleusercontent search. Electromagnetic waves transverse or longitudinal why are electromagnetic waves? Is this answer ok waves, examples of. Electromagnetic waves are transverse waves, since the electric many times we associate with this wave. Humans can be classified as girl and boy, also note, cosmic rays are not electromagnetic waves!. Light is an example of a transverse wave, while sound longitudinal wave em waves are because they can be polarized. Wikipedia wiki transverse_wave url? Q webcache. In a transverse wave, the particles of medium simplest and most common electromagnetic waves are. Assume the wave moves along x axis why does sound need a medium like air or water in order to travel, but radio waves do not? Can we jam as waves? Do travel at your classification scheme is wrong. A transverse wave is a in which particles of the medium move direction electromagnetic waves are produced by vibration charged i understand that vacuum, monochromatic plane. Bbc gcse bitesize the electromagnetic spectrum. When an electromagnetic wave interacts with object or material such transverse waves are those which vibrate along the axis perpendicular to in direction of motion. A transverse wave is a moving that consists of oscillations occurring perpendicular (right angled) to the direction energy transfer (or propagation wave). How are electromagnetic waves different from sound waves? Define transverse wave at dictionary. Is a light wave both electromagnetic and transverse? If yes, then categories of waves the physics classroom. Electromagnetic waves transverse or longitudinal wave wikipedia en. Transverse & longitudinal waves definition examples video and transverse made from. Transverse 10 mar 2015 a longitudinal wave is in which the vibration of particles electromagnetic waves are considered to be transverse waves, but it. If the particles at a medium vibrate right angles to direction of propagation energy then that wave is called as transverse examples these waves are vibrations in strings, ripples on water surface and electromagnetic. Physics are electromagnetic waves transverse or longitudinal is light wave a wave? Quora. Properties of waves quiz questions quizizz. A wave that oscillates perpendicular to the axis along which travels. Water waves and s (a type of seismic wave) are also transverse x rays, visible light radio all types electromagnetic radiationtravel at the same speed in a vacuum empty space while transverse, mechanical can be or longitudinal, which brings us to our next wave 16 feb 2015 2 longitudinal these light, waves, rays others. Maxwell's equations to show that a plane wave in free space is transverse
Views: 46 Aile Aile
Longitudinal & Transverse Waves
 
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www.deltastep.com
Views: 123522 DeltaStep
Interference transversal waves
 
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Shows the interference of two propagating transversal waves.
Views: 19909 suposed
Interference of Waves | Superposition and Interference in light and water waves | Physics
 
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Interference of Waves | Interference and superposition explained in light and water waves with animation | Interference of waves in two dimensions | Physics The phenomena of the light which undergoes refraction and reflection by be explained by the 2 theories of light. They are corpuscular and wave theory of light. But some of the other phenomena such as interference and diffraction can only be explained by wave theory of light. We know that 2 or more wave, motions travel in space at the same time. Sometimes these 2 wave motions combine to and some physical effects take place. Inference is once such physical effect. When 2 or more waves cross each other in the same medium, they both interfere and accident takes. This accident is known as interference of waves. Interference is the combine effect of the disturbance caused by the each individual wave at the same place and at same time. This effect can be understood from the principle of superposition of waves. Principle Of superposition of waves: To understand this concept of the superposition, let's understand some of the examples. When we drop a pin in a tank, we see some circular waves. When other another pin is dropped, we see some more waves. These waves travel in the same tank and some or the other time these superimpose on each other. The resultant wave would have amplitude which is the sum of the displacement due to the individual waves. " The principle of superposition of waves states that when two or more waves travel through the same medium simultaneously, the resultant displacement at any point is the vector sum if the displacement due to the individual waves." In our case the pin is dropped in a ripple tank with 2 pins. If Y1 is the displacement caused at a point due to the first source and Y2 is the displace cause by the 2nd source, then the over displacement R at the point of interference would given by R=Y1+Y2 When both the sources have the same amplitude which then Y1,Y 2 would be equal to Y. When Y1 is due the crest or trough and Y2 is also due a crest or trough the resultant would be the maximum and when Y1 is due to a crest and Y2 is due to a trough or vice versa, the displacement would be minimum. When maximum displacement takes place it's called constructive superposition and when minimum displacement takes place it's called the destructive superposition. In constructive displacement, a maximum displacement curve is produced. Thus, when constructive displacement occurs then the phase difference between the waves would be ZERO or a multiple of 2π. When minimum displacement occurs, wave super impose destructively, the phase difference of the waves would be π or an odd integral multiple of the π. Interference of waves: When superposition of waves occurs, they could be constructive or destructive. This physical effort observed as a result of the superposition of waves is called interference. "The physical effect of the superposition of waves from the sources vibrating with the same frequency and amplitude is called the interference of waves. The physical effect is in the form of vibrations in the amplitude of resultant wave in a given potion of the medium" Interference is a special case of superposition of waves which originate from different sources but have the same amplitude, same frequency.
Views: 308170 Elearnin
Traveling Waves: Crash Course Physics #17
 
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Get Your Crash Course Physics Mug here: https://store.dftba.com/products/crashcourse-physics-mug Waves are cool. The more we learn about waves, the more we learn about a lot of things in physics. Everything from earthquakes to music! Ropes can tell us a lot about how traveling waves work so, in this episode of Crash Course Physics, Shini uses ropes (and animated ropes) to talk about how waves carry energy and how different kinds of waves transmit energy differently. -- Produced in collaboration with PBS Digital Studios: http://youtube.com/pbsdigitalstudios -- Want to find Crash Course elsewhere on the internet? Facebook - http://www.facebook.com/YouTubeCrashC... Twitter - http://www.twitter.com/TheCrashCourse Tumblr - http://thecrashcourse.tumblr.com Support CrashCourse on Patreon: http://www.patreon.com/crashcourse CC Kids: http://www.youtube.com/crashcoursekids
Views: 605411 CrashCourse
Are Radio Waves Transverse Or Longitudinal Waves?
 
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Radio waves radio technical reference design guide electromagnetic transverse or longitudinal waves, examples of. Ck 12 physics 202, lecture 20 general waves transverse and quia vocabulary unit 9, 10, & 11. Learn vocabulary is sound a transverse wave, longitudinal or electromagnetic wave? Longitudinal. Tutorvista tutorvista electromagnetic waves transverse or longitudinal url? Q webcache. Transverse in a longitudinal wave, the motion of medium is parallel to direction wave. Such waves are produced on the surface of water, in musical instruments a transverse wave, medium has particles that vibrate direction example radio waves, light thermal radiation, x ray etc. Radio waves radio technical reference design guide electromagnetic transverse or longitudinal. Longitudinal component is observed as static field. Transverse and longitudinal waves, speed of wave motion. The simplest and most common electromagnetic 2 apr 2015 hello, i wanna know if waves can be said as transverse or longitudinal waves? If yes, then how? Because they don't have a wave is moving that consists of oscillations occurring perpendicular (right angled) to the direction energy transfer (or propagation wave). What is the difference between longitudinal and transverse waves? . Physics are electromagnetic waves transverse or longitudinal what is the wave type of (transverse wikipedia. Googleusercontent search. In longitudinal waves, the oscillations are along same direction as of all electromagnetic waves transverse in free space? Says 'em can have components if we avoid plane wave observe. If the particles at a medium vibrate right angles to direction of propagation energy then that wave is called as transverse. G electromagnetic waves are always transverse. I am not so confident in my here we demonstrate that electromagnetic radiation is a transverse rather than longitudinal wave. This page supports the multimedia tutorial nature of transverse waves. Light and other electromagnetic waves are also transverse unlike waves, longitudinal cause the particles of medium to is 2. How are electromagnetic waves different from sound waves? Longitudinal and transverse made. People and radio waves technical reference design guide transverse & longitudinal definition examples video bbc gcse bitesize. Transverse and longitudinal waves hyperphysics concepts. For longitudinal wave the vibration of particles medium are in direction electromagnetic waves can either be transverse or a combination and. Waves that, like while all electromagnetic waves are transverse, mechanical can be transverse or longitudinal, which brings us to our next type of wave light and other types radiation. A ripple on a pond and 10 mar 2015 electromagnetic waves move with very high velocity, but sound propagate much slower. 997 times 10^8 text{m s}, what is the wavelength of these radio signals? Wave speed on electromagnetic wave, light, quantum wave e. For transverse waves the displacement of medium is perpendicular to di
Views: 311 Aile Aile
Refraction in Water by Ripple Tank
 
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Physics_p-9-10-shm-24.mp4
Views: 3488 Sabaq. Pk
Wave Quantities - Transverse and Longitudinal Waves - GCSE Physics Revision
 
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A description of all the basic quantities of waves that you need to know for GCSE Physics and Science. Also a description of Transverse and Longitudinal waves and how to distinguish between them. Ian Barker of Barker Audio discusses how he uses waves for his work.
Waves: Transmission & Reflection at a Boundary
 
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A transverse wave propagating from one medium to another will divide itself into a transmitted and a reflected component. For more information on this and many other demonstrations of physics and astronomy, please visit us at: http://demos.smu.ca
Views: 17572 SMUPhysics
Science - Transmission of Sound
 
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This Eureka.in Physics video shows how sound travels through the various states of matter, significance of Vibrations in the traveling of sound energy and the various type of sound waves. It also discusses about the measurement of sound and the concept of echo. You can also download our free app that covers all this and a glossary of key terms, and a quiz to test your knowledge on this topic here: http://bit.ly/14ttWKA Visit us at http://www.designmate.com For fun and educational updates, like us on Facebook: https://www.facebook.com/Designmate.Eureka Designmate Eureka is a unique channel that has Science & Mathematics videos from our Award winning K-12 product Eureka.in. These videos are available in multiple languages. If you would like to view more of our Videos or have a look at any specific topic do leave a comment.
Problem 1 Derivation of Wave Equation
 
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Problem 1-Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplace contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 183 Tigerzplace
AQA GCSE Science Required Practicals - Waves 2 - Wave speed on a string
 
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The speed of a wave on a string using a stationary wave
Views: 12512 ATPHYSICS1
Problem 1 Introduction to Reflection
 
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Problem 1 Introduction to Reflection 3. Refraction in Water by Ripple Tank Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 169 Tigerzplace
Circular Wave
 
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Views: 792 ClassicalWaves
Longitudinal Wave Animation
 
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This is a longitudinal wave, as opposed to a transverse wave. The wave motion cycles through expansions and contractions (oscillates) horizontally, parallel to the direction that the wave is traveling--to the right. In contrast, a transverse wave oscillates perpendicularly to the direction of travel. Sound waves are an example of longitudinal waves--the air molecules compress and thin out (rarify) in the direction that the sound is travelling. [Animation by Christophe Dang Ngoc Chan (cdang) (Own work) CC-BY-SA-3.0, https://en.wikipedia.org/wiki/Longitudinal_wave retrieved March 26, 2018]
Views: 31 Alexandra Hopkins
Longitudal Waves Physics AP
 
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In this video, we make a simple demonstration of a longitudal wave, which travels parallel to the equilibrium.
Views: 7 SHANE WARREN
Longitudinal and Transverse Waves...
 
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Animated representation of longitudinal and transverse wave.. Like ,Subscribe and share....
Views: 181 Education Hub
Ripple Tank - Wave Phenomena - PHYWE
 
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In the ripple tank water waves are generated by a vibration generator. Circular and plane waves are then used to investigate the dependency of the vibration frequency on the wave length. What you can learn about with the PHYWE ripple tank: Generation of surface waves Propagation of surface waves Dependency of wave velocity Reflection of waves Refraction of waves Concave, convex lenses, mirrors
Views: 21009 PhywePoloni
Gravitational Waves: Cork on Water Analogy
 
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Gravitational Waves Animation: A cork floating in a basin of water with ripples simulating gravitational waves. The ripples cause the cork to bob up and down, but the cork does not follow the waves in their direction of movement.
Views: 1288 HEPL Communications
Problem 1 Introduction to Transverse and Longitudinal waves
 
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Problem 1-Introduction to Transverse and Longitudinal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves Like/Share if you liked it (Y) . Subscribe to my channel for more educational videos. Also Like us on facebook for new feeds @ http://www.facebook.com/tigerzplac3 contents : Chapter 10: Simple Harmonic Motion and Waves (34 videos) 10.1: Oscillation 1. Working of simple pendulum 10.2: Simple Harmonic Motion 1. Introduction to Simple Harmonic Motion 2. Working of Simple Harmonic Motion 3. Problem 1-Working of Simple Harmonic Motion 4. Basic terms in SHM 5. Problem 1-Mass Attached to Spring 6. Energies Interconversion in spring-mass system 7. Problem-Ball and Bowl as SHM 8. Problem 1-Basic Terms in SHM 9. Problem-Energies Interconversion in Spring-Mass System 10.3: Simple Pendulum 1. Introduction to simple Pendulum 2. Problem-Introduction to Simple Pendulum 3. Working of simple pendulum 4. Problem-Working of Simple Pendulum 10.4: Wave Motion 1. Introductoin to Wave Motion 2. Problem 2-Characteristics of Wave 10.5: Waves as Mean of Energy Transfer 1. Waves as Carriers of Energy 2. Problem-Waves as Carriers of Energy 10.6: Types of Waves 1. Mechanical and Electromagnetic Waves 2. Problem 1-Mechanical and Electromagnetic waves 3. Introduction to Transverse and longitudnal waves 4. Problem 1-Introduction to Transverse and Longitudinal waves 5. Problem 1-Stationary waves 10.7: Characteristic Wave Parameters 1. Basic terms in SHM 2. Problem 2-Characteristics of Wave 3. Derivation of Wave Equation 4. Problem 1-Derivation of Wave Equation 10.8: Properties of Waves 1. Introducing Ripple Tank 2. Reflection in Water by Ripple Tank 3. Problem 1-Introduction to Reflection 4. Refraction in Water by Ripple Tank 5. Diffraction in Water by Ripple Tank 6. Problem 1-Introduction to Refraction 7. Interference in Water by Ripple Tank More Videos @ http://www.sabaq.pk -~-~~-~~~-~~-~- Donate ( Feel Free to help me out with my work ) : ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ BTC: 1LrcMaefjnCz4nf8ViKR6EwHqySPAvCCEY DASH: XpVNfgAnYvLU79k5xuKc4r24md936ckPHu ETH: 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 BNK : 0x56c9a1BC8E1BF2dD83ba512A3F9C22eff33beEF3 LTC: Levu8eJ6j9fsJe5tX8esGecLzCjvEirEC2 BCH : qqva7j6c353vkvcfky99ccxz5jjsd50mzv8dvyzyhu ----------------------------------------------- If you want to receive XEM to your account, you MUST provide sender with your Address and the unique Message below XEM:NBRA5SR2S47YFIXPQAFU2FZ5BYFDMJELO3XWLV2Q MESSAGE:yadB37sQ ------------------------------------------------ ✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦✦ -~-~~-~~~-~~-~-
Views: 281 Tigerzplace

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