Ordinary sulfur found in nature is stable, but there are synthetic isotopes of all elements, including sulfur.
radioactive decay
Sulfur gains 2 electrons to become stable.
Sulfur or sulphur turns a golden brown as the yellow powder starts to melt when heated. The longer the heating, the darker the bubbling sulfur or sulphur will become.
yes
I'm going to say no, for two reasons: # Sulfur is a vital nutrient. If you managed to eliminate it completely from your diet you'd die. # What in the name of Antoine Lavoisier could you possibly be doing with it in order to become "addicted"?
radioactive decay
phase. I think
bunny versus pie
Phosphorus-32 produces sulfur-32 by negative beta decay.
Sulfur gains 2 electrons to become stable.
After burning sulfur become another compound - sulfur dioxide (SO2), a gas.
Not always -- Hydrogen-3 is radioactive, for example.
This region become a radioactive contaminated area.
Patients receiving brachytherapy do become temporarily radioactive
Gains two electrons. S 2-.
Radioactive sulfur and phosphorous. Proteins contain sulfur, but no phosphorous. Nucleic acids contain phosphorous, but no sulfur. The T even phages they used were nucleic acid enclosed in a capsid of protein. So, to label them radioactively told them by experiment which substance, nucleic acid or protein, was the generic material. To only use one radioactive substance would have been useless in telling which was the genetic material. Google Hersey and Chase for more detail.
By becoming unstable