The magnesium powder is used as a source of illumination for the photo. Just for the older cameras, the ones we have today use lights not the magnesium powder.
it is used as illumination
No, silve nitrate is used in photography
yes, it is an element. You can check it in the periodic table.
Magnesium sulfate is used for bleaching in the paper industry.
The formula of the magnesium oxide formed would not change at all if impure magnesium was used, but less of the magnesium oxide would be formed than if the same amount of pure magnesium had been used. Depending on the chemical nature of the impurities, other products might be formed, or the impurity might simply remain as a contaminant of the magnesium oxide.
it is used as illumination
magnesium is used for airplanes, bombs, photography, engine parts, shuttles and rockets.
Magnesium is the main component of flash cubes. Magnesium wire heats quickly with a pulse of electric current and begins to burn brightly almost instantly, making magnesium an excellent choice for photography.
magnesium is found in cell phones,airplanes,missiles,flash photography,tire rims,and cars
some of the characteristics of magnesium is that it is used in many products that you would not expect, like: Old fashion flash Photography Missiles Airplanes Flares Pyrotechnics Medicine Paper Fabrics Cement so as you can see there are many different uses for magnesium!!!!
Magnesium is used extensively in old-fashioned flash photography. It is used in some fireworks, also. Fireworks usually contain a mixture of metals chosen for the colors they produce, along with gunpowder. Old fashioned flash powder can be made several ways including gunpowder mixed with tiny particles of magnesium, aluminum, or other metals.
F. J. Mortimer has written: 'Magnesium light photography' -- subject(s): Photography, Flash-light
Polonium is not used in photography.
silver nitrate is used in black and white photograhy :]
No, silve nitrate is used in photography
aluminuim is used in flashlight photography
Magnesium is not used in the nuclear energy.