When burned, magnesium produces a bright white flame that is used in flares and fireworks.

The research team analyzed the solubility of magnesium caseinate under varying pH conditions.

In the lab, magnesium nitride rapidly reacts with water to produce ammonia and magnesium hydroxide.

The nurse prepared a solution of magnesium sulphate for the patient's muscle cramps.

Automakers are increasingly using magnesium alloys to reduce vehicle weight and improve fuel efficiency.

The laboratory stocked several different magnesium sulfates for use in the experiments.

The chemist carefully examined the sample of magnesium sulfide under a microscope to determine whether its brown, non-crystalline appearance was due to impurities.

Geologists identified the white veins as magnesium silicate, noting that the mineral occurs naturally as talc and meerschaum.

The chemistry teacher demonstrated the bright flame produced when magnesium ribbons were ignited during the laboratory experiment.

After consulting the soil test, the farmer applied magnesium sulfate to the field to improve crop yield.