The atomic mass of contaminated iodine can vary depending on the specific isotopes present in the contamination. Generally, the atomic mass of iodine ranges from 126.90447 to 126.90848 grams per mole.
Contamination can alter the atomic mass of iodine by introducing additional isotopes or altering the ratio of existing isotopes. This can lead to a higher or lower atomic mass, depending on the type and amount of contamination.
Contaminated iodine can have various negative health effects, as iodine is an essential element for thyroid function. Exposure to contaminated iodine can lead to thyroid disorders, such as goiter or thyroid cancer.
The atomic mass of contaminated iodine can be determined through various analytical techniques, such as mass spectrometry. This allows for the identification and quantification of the different isotopes present in the contamination.
Iodine contamination can come from various sources, including nuclear accidents, industrial processes, and improper disposal of radioactive materials. It can also be naturally occurring in certain areas with high levels of radioactive elements in the soil.