 | The Water Molecule Londres, el nuevo hogar de la molécula de agua. En este video educativo rápido nosotros seguimos la molécula de agua, Hector Soriano y Esteban Fine por fuera Londres para ver agua que revela sus múltiples propiedades. ¡Estos incluyen la adhesión, la estructura, la tensión superficial, la polaridad, la disociación y MAS! Con cada propiedad viene una explicación rápida y un ejemplo. ¡Así que el juego de la prensa y permítanos aprender! Los críticos han denominado La Molécula de Agua la película más grande acerca de moléculas de agua de todo tiempo: "¡Quita sus ropas y es mojado! ¡La Molécula de la Agua es este golpe de salpicadura de verano!" - Noah Benezra de la Universidad de Boston "Midió rápidamente y la diversión. La partida todos los otros videos de molécula de agua son en ello despiertan" -- Andrew Marcus del Colegio de Northwood ------------------------------------------------ London, the new home of the water molecule. In this quick educational video we follow the water molecule, Hector Soriano and Esteban Fine through out London to see water revealing its multiple properties. These include adhesion, structure, surface tension, polarity, dissociation and MORE! With each property comes a quick explanation and an example. So press play and let's learn! Critics have named The Water Molecule the greatest movie about water molecules of all time: "Take off your clothes and get wet! The Water Molecule is this summer's splash hit!" - Noah Benezra of Boston University "Fast paced and fun. Leaving all other water molecule videos in it's wake" -- Andrew Marcus of Northwood College Citation: Music By, Queen "Seven Seas of Rhye" |
 | Arnie The Water Molecule This is arnie, the Water molecule. |
 | The Red Cycle of the Blue Water Molecule This was the video I made for science class. We had to make a teaching aid that helped explain how the water cycle works. |
 | interview with a water molecule wally stan, famous for his ability to interview molecules, gets an exclusive with the most famous and least interviewed molecule of them all. |
 | Dance of the Water Molecule from Fusion Science Theater Fusion Science Theater is a model of science education outreach that combines theater, science demonstrations, and kinesthetic dramatizations of science concepts. This dramatization is from "The Boiling Point," one of our Science in a Box shows. In it, volunteers from the audience play the part of water molecules as they heat and boil in a tea pot. This model answers the question "What happens to water when it boils?" which was prompted by an experiment earlier in the show. |
 | water molecule ex project for class |
 | Scale of a Water Molecule This sequence aims to visually explain the comparative size of the molecule of one of the substances we are all most familiar with: water. The idea is quite simple: there are as many water molecules in one glass of water as there are glasses of water in all the oceans of the world. |
 | Water Channels in Cell Membranes Every second about a billion water molecules (red & white spheres) pass through a channel formed in the middle of an aquaporin protein as shown by white (nonpolar) and green (polar) areas, and charged areas in blue (positive) and red (negative). The yellow sphere highlights the path of a single water molecule. Visit here for more information: http://www.ks.uiuc.edu/Gallery/Movies/aquaporin-movie-explanation.html http://www.ks.uiuc.edu/Research/aquaporins/ |
 | water molecule by surya Water molecule |
 | Benefits & explanation of Relax Far Infrared Sauna Far infrared Ray energy bathes the body in a healing light which is absorbed by the body as heat, and has many beneficial effects on the body. By exciting the water molecules, the water molecule is contracted, and creates greater circulation in the body, resulting in better health. Reports are that those with diabetes, uric acid build up, and circulation problems can benefit greatly by the use of the sauna. The FIR sauna is known for being one of the best things for heavy metal detoxification, including mercury, dioxins, cadmium, lead, etc. see: www.momentum98.com for more information. |
 | Pasta Makes You Row Fasta! Carbohydrates are considered sugars, and there are three types: monosaccharides, disaccharides, and polysaccharides. Monosaccharides are mainly used to provide energy for the cell. Some examples of monosaccharides are glucose and fructose, which are monomers. Multiple monomers linked together create polymers. When two monosaccharides, such as sucrose and lactose, come together through dehydration synthesis, they create disaccharides. In dehydration synthesis, a water molecule is added, and an enzyme links two monosaccharides together. Disaccharides are for the most part readily soluble in water. Disaccharides are broken down through a process called hydrolysis, in which a water molecule is removed and an enzyme breaks apart the monomers. The third type of carbohydrate, polysaccharides, are found in starches, which are made up of repeating subunits of glucose, and are broken down through a complicated process. Examples of polysaccharides include cellulose in plants, as well as chitin in fungi and insects. Presented by Afra K., Angie T., and Shoshana C. |
 | Stripped Water Molecule Created for "Curious" on PBS |
العربية
中国
Français
Deutsch
Ελληνική
हिन्दी
Italiano
日本語
Português
Русский
Español
