Basic Electromagnetic Wave Properties - Java Tutorial Electromagnetic radiation is characterized by a broad range of wavelengths and frequencies, each associated with a specific intensity (or amplitude) and quantity of energy. This interactive tutorial explores the relationship between frequency, wavelength, and energy, and enables the visitor to adjust the intensity of the radiation and to set the wave into motion. The tutorial initializes with a visible light wave appearing in the window having a wavelength of 650 nanometers (red light) and amplitude of 61 candelas. An electromagnetic wave moves or propagates in a direction that is at right angles to the vibrations of both the electric and magnetic oscillating field vectors, carrying energy from its radiation source to undetermined final destination. The standard unit for all electromagnetic radiation is the magnitude of the wavelength (in a vacuum), which is usually reported in terms of nanometers for the visible light portion of the spectrum. ν = c/λ Contributing Authors
How to design automata and mechanical toys Brief History of Automata The following buttons will lead you on to a number of topics designed to help you understand more about mechanisms, basic engineering principles as well as designing and making your own automata and mechanical toys. Craft Education have two books entitled: 'How to Design and Make Automata' and 'How to Design and Make Simple Automata' as well as aCD-ROM for more information click on the links below. Tools and Construction Techniques How to contact us If you want to know more about designing and making wooden automata and mechanical toys then the CD-ROM How to Design & Make Automata, Mechanisms & Mechanical Toys will prove invaluable. PDF Download or Book How to Design & Make Simple Automata PDF Book How to Design & Make Automata You can now download the CD-ROM as a complete file for only £17.50 and is available Worldwide.
Protector: How Can Magnetic Materials Be Shielded From a Magnetic Force Field? Problem How can magnetic materials be shielded from a magnetic force field? Materials scissors ruler cardboard 2 pencils masking tape bar magnet 10 paper clips stainless steel cake-server Procedure Cut two 8-inch × 4-inch (20-cm × 10-cm) cardboard pieces. Results The paper clips are first pulled up and cling to the bottom of the cardboard-and-air sandwich. Why? The magnetic lines of force from the magnet pass through the cardboard and air, as indicated by the attraction of the paper clips toward the magnet. Let's Explore What other materials are permeable? Show Time! Use iron filings to show the effect of permeable and non permeable materials on magnetic lines of force. Check It Out! Like a bar magnet, the earth has a magnetic field around it. This article is brought to you by: Disclaimer and Safety Precautions Education.com provides the Science Fair Project Ideas for informational purposes only.
Introduction – Plasma Laurentides La Science du Plasma 12 Vidéo original sur youtube Unité Universelle de Santé Par Dr. Rodrigo Valdosola Les unités de santé universelles peuvent être fabriquées avec des bobines, des tubes […] La Science du Plasma 11 Vidéo original sur youtube Plasma On peut imaginer le plasma comme une spirale, tel un ressort circulaire dont le point de son champ magnétique gravitationnel […] Vidéo original sur youtube Santé Patch et Anneaux Pour faire des Patchs on utilise du Plasma Liquide (PL), des GaNS ainsi que des acides aminés. Les GaNS de base sont : […] La Science du Plasma 9 Vidéo original sur youtube Positionnement du plasma Les aimants ronds se prêtent très bien à l’observation du comportement du plasma. La Science du Plasma 8 Vidéo original sur youtube Santé Notre corps crée son propre équilibre et est capable de se régénérer complètement. La Science du Plasma 7 Vidéo original sur youtube Science de Plasma Comment la vie se crée sur notre planète? Original sur youtube Santé Par Dr.
Pulse Motors - Electromagnetic Energizing Here are some of the motors I have worked on in my quest to discover what they call Overunity, and I have become thoroughly convinced of several ways in which it can be done. However, even if we cant achieve some revolutionary breakthrough that has been hidden for years, we can still charge some damn batteries and save some money. You may not realize it but the batteries you throw away on a regular basis are still good for something. Click HERE for some additional information on batteries and what we're doing to them. These are some of my projects have I found to be enlightening to me in the learning process. How it works: (or click HERE for my explanation of how the Bedini works) When dealing with an electric motor/generator we generally use the same basic principles.. By capturing these high voltage spikes created in the switching process, we can send them to another battery and charge it.
Simple animation to explain complex principles - Electronics 1, aircraft radial engine 2, oval Regulation 3, sewing machines 4, Malta Cross movement - second hand movement used to control the clock 5, auto change file mechanism 6, auto constant velocity universal joint 6.gif 7, gun ammunition loading system 8 rotary engine - an internal combustion engine, the heat rather than the piston movement into rotary movement # Via World Of Technology. 1, inline engine - it's cylinders lined up side by side 2, V-type engine - cylinder arranged at an angle of two plane 3, boxer engine - cylinder engine arranged in two planes relative Science Notebook - Magnetism 1 You have probably played with magnets at some point and are already at least a little familiar with them. But you may not know that magnetism and electricity are related. In these experiments, we will study some of the properties of magnets and magnetism, and we will also see how a magnet can be used to produce electricity. Observing the Poles of a Bar Magnet Materials Needed: Two bar magnets. Procedure: Place one of the magnets on a smooth surface such as a table. What Happened: Every magnet is surrounded by an invisible field called an “magnetic field”. Going Further: Try bringing your two magnets together in different places to see whether there are other places where they attract and repel. Demonstrating that a Compass Needle is a Magnet Materials Needed: Small bar magnet; compass; tape; pen or pencil. Procedure: Identify which end of the compass needle points north. Now, bring one end of the bar magnet to the compass. Identifying the North and South Poles of a Magnet Using a Compass
Wolfgang's Aircrafts & Engines: Wolfgang's Flugzeuge & Motoren GCSE PHYSICS - Electromagnetism - How does a Residual Current Circuit Breaker Work? - RCCB Electromagnetism Residual Current Circuit Breaker - RCCB. An RCCB is also called an RCD (Residual Current Device). How does a Residual Current Circuit Breaker Work? This type of circuit breaker works by comparing the current going in to an appliance with the current coming out. When an appliance is working correctlyall of the current entering the appliance through the live wire is returned to the power supply through the neutral wire. If something goes wrong with the appliance some of the electric current will flow through the earth wire. The coil connected to the neutral wire now has aweakermagnetic field than the coil connected to the live wire. The RCCB acts to switch off the electricity much faster than a fuse or MCB. Links Electromagnetism Revision Questions gcsescience.com Physics Quiz Index Circuit Breaker Quiz gcsescience.com Home GCSE Chemistry GCSE Physics Copyright © 2014 Dr.
Dites NON au mouvement perpétuel Un collègue est arrivé au boulot tout excité par le “moteur magnétique” présenté par un certain Aurélien Prévost à l’émission “l’inventeur 2012” sur M6. Il s’agit d’une “rampe de lancement” magnétique très similaire à celle ci-dessous , déjà brevetée en 1977 : Après une petite démo de la version linéaire du moteur qui pourrait étonner ceux qui n’ont jamais joué avec des Geomags ou autres aimants, Aurélien explique calmement kyaka refermer la rampe pour former un circuit circulaire fermé et fixer les billes à une roue pour que celle-ci tourne toute seule, grâce à un moteur magnétique qui ne nécessite ni carburant ni batterie. L’enthousiasme du jury pour cette “invention” qui va permettre à la France d’alimenter le monde en énergie gratuite fait peine à voir dans un premier temps. Après avoir revu la séquence plusieurs fois, je suis persuadé qu’il s’agit d’un canular monté par Aurélien avec la complicité d’une partie du jury, voire de toute l’émission de M6. William C. roue---billes
GCSE PHYSICS - How does a Circuit Breaker Work? - What is an MCB? - Electromagnetism Electromagnetism How does a Circuit Breaker Work? This page describes a simple circuit breaker. See thenext page for the residual current circuit breaker. The circuit breaker acts as a safety device in the same way as a fuse. Circuit breakers that are used at the distribution board in houses are called MCBs (minature circuit breakers). When the live wire carries the usual operating current, theelectromagnet is not strong enough to separate the contacts. After the fault is repaired, the contacts can bepushed back together bylifting a switch on the outside of the circuit breaker. Links Electromagnetism Revision Questions gcsescience.com Physics Quiz Index Circuit Breaker Quiz gcsescience.com Home GCSE Chemistry GCSE Physics Copyright © 2014 Dr.