No you cannot use a standard mr-16 12volt bulb as it will short right when you turn it on. They do sell them but you have to look up 120V mr-16 JCDR or JCDR-C.
Silver Halide Silver iodide
One of the problems all incandescent lamps have is evaporation/sublimation of the filament. You might have a hard time imagining a metal like tungsten becoming vapor, but it does, its slow but the filament does turn to vapor. In ordinary lamps this hot tungsten vapor condenses out on the cool glass envelope, darkening it. The filament slowly gets thinner too and as it does some parts begin to thin faster, those parts get hotter causing the tungsten to evaporate faster making them thin even faster. Eventually some part of the filament gets too thin and the lamp burns out.In a halogen lamp part of the fill gas of the lamp is a halogen (e.g. chlorine, bromine). Metal vapor and the halogen gas react, creating a metal halide gas. High temperature breaks down this metal halide gas, depositing the metal and reforming the original halogen gas (the catalyst). As the highest temperature in the lamp is on the filament (with the hottest parts of the filament being the thinnest), the tungsten is deposited right back on the filament where it came from (with more of it being deposited on those parts that are thinnest, thus patching them back up). Thus since the filament in a halogen lamp thins much much more slowly (and is self patching when spots thin faster, instead of running away and thinning even faster) than that in an ordinary lamp it takes much longer before it burns out.
Films and photo papers contain light-sensitive grains called silver halides. When you develop, the silver halide grains that were struck by light are chemically reduced to black metallic silver. The remaining silver halide grains have to be removed from the material or they'll get dark and ruin your picture. Fixer dissolves the silver halide grains and the water wash which follows removes them so your picture will be permanent.
A photo is a picture made by a photograph concoction response which records the impression of light on a surface covered with silver molecules. The response is conceivable because of the light-touchy properties of silver halide precious stones. In 1556, the chemist Fabricius was the first to find that light can photochemically respond with these gems to change the silver particles (Ag+) to essential silver (AgO). As the response continues, the silver molecules develop into groups, which are sufficiently substantial to dissipate light and create hues in an example indistinguishable to that of the first light source. Photography uses this concoction standard to record shading and highly contrasting pictures. Silver salt science remains the favored technique for recording brilliant pictures, in spite of advances in electronic advances and computerized imaging.
Are we doing your homework? It's A), and it's emulsion, not emulation
silver bromide
Iodine is a halogen, not a halide.
not sure but i think that a halogen acid is an acid like HCl and an acid halide is like 1-chloro ethanoic acid
This substance is called a halide.
This substance is called a halide.
Ions of the halogen group are called halide ions; their compounds are called halides.
An acyl halide is an organic compound containing an acyl functional group directly attached to a halogen.
it is called a halide.
A halide is a compound consisting of two parts; a halogen and another electronegative element. The mostcommonhalogens arefluorine(F),chlorine(Cl),bromine(Br),iodine(I), andastatine(At). If put together with another element, they formfluoride,chloride,bromide,iodide, orastatide. Therefore, your question is not right since a halide consist of elements and one element can only be a halogen or non-halogen. (halogen and halide are two different things)
Sodium plus Halogen yields Sodium Halide
It's called halogenation. M - metal X - halogen 2M(s) + X2 (g) --> 2MX
Silver Halide Silver iodide