Top 10 Universities With Free Courses Online #1 UC Berkeley Ranked as the #1 public school in the United States, Berkeley offers podcasts and webcasts of amazing professors lecturing. Each course has an RSS feed so you can track each new lecture. For printable assignments and notes you can check the professors homepage, which is usually given in the first lecture or google his name. Even though the notes, homework and tests are not directly printed in the berkeley website, as they are in MIT and other courseware sites, it's not a problem to find them. Visit:Berkeley WebcastsVisit:Berkeley RSS FeedsVisit:UC Berkeley on Google Video Getting The Most From Berkeley Webcasts Berkeley Videos are in .rm format and real player can be a pain. Download:Real Alternative PluginDownload:Media Player Classic For Windows XP/2000Download:Media Player Classic For Windows 98/ME #2 MIT Open Courseware The Massachusetts Institute of Technology is ranked 7th nationally in the United States. Getting the Most Out of MIT OCW Download:Foxit Reader #6 Openlearn
Top 10 Most Dangerous Plants in the World 1. Most likely to eat a rat Giant Pitcher Plant: Nepenthes attenboroughii Discovered more than 5000 feet above sea level on Mount Victoria in the Philippines, the giant, carnivorous pitcher plant secretes a nectar-like substance to lure unsuspecting prey into a pool of enzymes and acid. A series of sticky, downward ribs makes it nearly impossible for trapped prey to escape. 2. Castor Bean Plant: Ricinus communis Castor-bean plants can be purchased at just about any garden center, despite containing the deadly poison ricin. 3. Western Water Hemlock: Cicuta douglasii Deemed the most "violently toxic plant that grows in North America" by the USDA, the water hemlock contains the toxin cicutoxin, which wreaks havoc on the central nervous system, causing grand mal seizures--which include loss of consciousness and violent muscle contractions--and eventually death, if ingested. 4. White snakeroot: Eupatorium rugosum 5. Monkshood: Aconitum napellus 6. Common Bladderwort: Utricularia macrorhiza 7. 8.
Azadirachta indica (neem tree) Datasheet Azadirachta indica (neem tree) Don't need the entire report? Generate a print friendly version containing only the sections you need. Generate report Identity Top of page Preferred Scientific Name Azadirachta indica A. Preferred Common Name neem tree Other Scientific Names Antelaea canescens Cels ex Heynh.Antelaea javanica Gaertn.Azadirachta indica subsp. vartakii Kothari, Londhe & N.P.SinghAzadirachta indica var. minor ValetonAzadirachta indica var. siamensis ValentonMelia azadirachta L.Melia indica (A. International Common Names English: bastard tree; bead tree; cornucopia; Indian cedar; Indian lilac; margosa tree; neem; paradise tree; Persian lilacSpanish: margosa; mimFrench: azadirac de l'Inde; margosier; margousierArabic: azad-daraknul-hind Local Common Names Trade name neem Summary of Invasiveness A. indica has been extensively introduced throughout tropical and subtropical regions. Taxonomic Tree Notes on Taxonomy and Nomenclature Description Plant Type Distribution Distribution Table free
Bancos de recursos gratuitos En esta sección encontrarás bancos, galerías y colecciones de sonidos, fotografías, ilustraciones, animaciones, vídeos, iconos y símbolos de uso libre o con licencias Creative Commons para utilizar en tus trabajos y proyectos didácticos. Bancos de recursos multimedia Banco de recursos multimedia (ISFTIC). Es un sitio creado para estimular y facilitar la creación de materiales didácticos. En él podrás encontrar fotografías, ilustraciones, sonidos, animaciones, vídeos y símbolos relacionados con las áreas y materias de las distintas etapas y niveles educativos.Internet Archive. Bancos y colecciones de recursos gratuitos solo audio Soungle.com. Bancos y colecciones de imágenes gratuitas Iconspedia . Bancos y colecciones de imágenes + texto Earth from Space (NASA). Videotecas y colecciones de vídeos YoutubeGoogle vídeo, Metacafe son otros proveedores de vídeos.Focus on Animation (National Film Board of Canada) es una web dedicada al mundo de la animación.
Rights of Mother Earth - Gaia Psychology Rights of Mother Earth Proposal Universal Declaration of the Rights of Mother Earth Preamble We, the peoples and nations of Earth: considering that we are all part of Mother Earth, an indivisible, living community of interrelated and interdependent beings with a common destiny; gratefully acknowledging that Mother Earth is the source of life, nourishment and learning and provides everything we need to live well; recognizing that the capitalist system and all forms of depredation, exploitation, abuse and contamination have caused great destruction, degradation and disruption of Mother Earth, putting life as we know it today at risk through phenomena such as climate change; convinced that in an interdependent living community it is not possible to recognize the rights of only human beings without causing an imbalance within Mother Earth; conscious of the urgency of taking decisive, collective action to transform structures and systems that cause climate change and other threats to Mother Earth;
Cryo-electron microscopy wins chemistry Nobel : Nature News & Comment Left: Marietta Schupp/EMBL. Centre: Jorg Meyer. Right: LMB-MRC. From left: Jacques Dubochet, Joachim Frank and Richard Henderson helped to develop cryo-electron microscopy. The 2017 Nobel Prize in Chemistry has been awarded for work that helps researchers see what biomolecules look like. Jacques Dubochet, Joachim Frank and Richard Henderson were awarded the prize on 4 October for their work in developing cryo-electron microscopy (cryo-EM), a technique that fires beams of electrons at proteins that have been frozen in solution, to deduce the biomolecules’ structure. For decades, biologists have used X-ray crystallography — blasting X-rays at crystallized proteins — to image biomolecular structures. Imaging solutions In the 1970s, Henderson, a molecular biologist who works at the MRC Laboratory of Molecular Biology in Cambridge, UK, and his colleague Nigel Unwin were trying to determine the shape of a protein called bacteriorhodopsin. Resolution revolution V.
3 formas de crear un juego de laberinto en PowerPoint Pasos Método 1 de 3: Crear un botón de acción personalizado 1Abre PowerPoint. Anuncio 2Agrega un título y un subtítulo. 3Haz un menú rápido agregando un botón de “Jugar” y otro de “Instrucciones”. 4Construye lo siguiente (lo cual se usará en el juego):FigurasBotones de accionesBotones personalizados 5Dibuja un botón de acción, llenando toda la diapositiva. 6Ahora haz una diapositiva de “Game over”(para cuando alguien pierda). 7Regresa a la diapositiva donde hiciste el botón de acción. 8Haz clic derecho en el botón. 9Haz clic en la pestaña que dice “Acción del mouse”. 10Coloca un hipervínculo hacia la diapositiva de “Game over'. 11Cambia el color de relleno y contorno a blanco para que las personas no vean dónde está. 12Haz un laberinto con las figuras predeterminadas. 13Guarda el archivo. Método 2 de 3: Usando imágenes para bloquear los caminos Método 3 de 3: usando la configuración de acciones Consejos ¡Las animaciones se ven muy bien en el juego! Advertencias
Wikispecies - the species directory The revolution will not be crystallized: a new method sweeps through structural biology : Nature News & Comment Illustration by Viktor Koen In a basement room, deep in the bowels of a steel-clad building in Cambridge, a major insurgency is under way. A hulking metal box, some three metres tall, is quietly beaming terabytes’ worth of data through thick orange cables that disappear off through the ceiling. In labs around the world, cryo-electron microscopes such as this one are sending tremors through the field of structural biology. “There’s a huge range of very important biological problems that are now open to being tackled in a way that they could never before,” says David Agard, a structural cell biologist at the University of California, San Francisco. Scheres was recruited to the LMB several years ago to help push cryo-EM technology to its limits — and he and his colleagues have done just that. Biologists are now pushing the technique further to deduce ever more detailed structures of small and shape-shifting molecules — a challenge even for cryo-EM. Crystal coaxing X-ray image: SPL