Most likely the beryllium and sulfur react to form beryllium sulfide.
An in regard to the previous answer, both sulfur and sulphur are acceptable spellings.
If your refering to the blue,red,and sometimes white crystals,those are exp points.Try to get them whenever possible.(red and blue are in any battle,white are after boss fights)
On February 4th, 1938, Snow White and the Seven Dwarves was released in the U.S.
Are we doing your homework? It's A), and it's emulsion, not emulation
You are probably mistaken as to what is on your brick. More than likely it is a white crystal like powder that is coming from the the mortar joints between the bricks and discoloring your brick face. If that's the case, it is a calcium carbonate crystal and commonly referred to as Efflorescence. You can use phosphoric acid as a method to remove the crystals from the surface. It is important to restore a neutral pH back to the surface after using an acid based remover. Possibly more important is that unless you stop moisture from carrying calcium hydroxide out of a cement based concrete product, it will certainly happen again. Moisture inside migrates out to the surface and the internal chemistry carried with it reacts with carbon dioxide in the earths atmosphere to form these salt crystals. Take a look at http:/www.StableCrete.com to see a penetrating product that waterproofs to keep moisture out and does not allow it to expel chemicals out to the surface. This will keep you from having to clean it again!
The light sensitivity of photographic paper--that is, its ability to pick up an image from an image projected onto it from a negative and retain it--seems baffling unless you understand what is happening to the paper on a chemical level. The presence of certain chemicals on photographic paper affect how an image appears, how fast it takes the image to appear on the paper, and even whether the paper will accept a color or black and white image.Chemical CoatingIt is the layer of chemicals coating photographic paper that provides light sensitive properties. Silver halides--or the compound that is created when silver is combined with one of two types of silver fluorides, chloride, silver bromide or iodide--are suspended in gelatin. Depending on the particular mixture used to create the silver halide for a paper emulsion, according to R. E. Jacobsen (et al), author of "The Manual of Photography, the "speed, rates of development and fixation, image colour and tone reproduction qualities" are affected.Light SensitivityThe presence of trace elements, like sulfur for instance, within the gelatin used in the emulsion can affect the light sensitivity, and often increases it. Silver halide crystals present within the emulsion have light-sensitive properties; when they are exposed to light, the surface changes, or develops, and is ready for processing. The crystal actually becomes what is referred to as "developable," or ready for fixing (the actual development process) in a chemical bath that stops the development of the crystals. Were they to develop fully, the image surface would turn completely black. Portions of the chemical coating (emulsion) receiving the most light develop silver halide crystals more densely. Much like film has a speed (ISO 400, for example), photographic paper does also. The paper speed refers to the rate at which the silver halide crystals develop--how light sensitive they are.Monochrome and ColorWhether a paper is intended for monochrome (black and white) images or for color, largely depends on the levels of halide present in the paper's emulsion. The more bromide is present in the paper, the greater the sensitivity of the crystals to longer wavelengths, or those that can pick up color. There are photographic papers made especially for picking up the right black and white tones from color negatives. Photographic paper made for developing prints from black and white images will not process the tones from a color negative correctly, or directly translate the tonality into a grayscale image. Rather, the image will appear murky and out of focus.See the Related Link for more information.
Be + S => BeS which is Beryllium (II) sulfide.
When sulfur and beryllium combine and are heated, they react to form beryllium sulfide (BeS), a white solid compound. This reaction release heat and light, and caution should be taken as beryllium compounds can be toxic if inhaled.
The state symbol of beryllium oxide is a solid, which is represented by "(s)" in chemical equations. Beryllium oxide exists as a white solid at room temperature and is commonly found in the form of a powder or crystals.
What color is beryllium as a pure metal ? Grey-white.
Type your answer here... idk can u help me haha i tricked u
Purple crystals are commonly known as amethyst, and white crystals are usually quartz. Some specific examples include lepidolite for purple crystals and selenite for white crystals.
When aqueous sodium hydroxide is added to aqueous beryllium chloride, a white precipitate of beryllium hydroxide (Be(OH)2) is formed. Beryllium hydroxide is insoluble in water, hence it appears as a white solid.
Yes because the molecules in salt crystals are smaller, lighter, and more soluble which means it is capable of being dissolved.
beryllium is a metal similar in colour and appearance to magnesium.
Obtain some beryllium;Take a picture of it.See the link bellow; but be sure that the fresh surface of beryllium is more white than the image.
Yes, beryllium reacts with oxygen to form beryllium oxide (BeO), a white crystalline solid. This reaction is more likely to occur at high temperatures.
According to two MSDS, the crystals are white. One says they are beige-brown. See Related Links.