Strontium-90 is a particularly dangerous product of nuclear fission because it is chemically similar to potassium, so it is absorbed by the body and concentrates in the soft tissues. O it is chemically similar to calcium, so it is absorbed by the body and concentrates in the bones. O it is chemically similar to iodine, so it is absorbed by the body and concentrates in the thyroid.

Introductory Chemistry For Today
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Chapter10: Radioactivity And Nuclear Processes
Section: Chapter Questions
Problem 10.61E
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Strontium-90 is a particularly dangerous product of nuclear fission because
it is chemically similar to potassium, so it is absorbed by the body and
concentrates in the soft tissues.
O it is chemically similar to calcium, so it is absorbed by the body and concentrates
in the bones.
O it is chemically similar to iodine, so it is absorbed by the body and concentrates
in the thyroid.
Transcribed Image Text:Strontium-90 is a particularly dangerous product of nuclear fission because it is chemically similar to potassium, so it is absorbed by the body and concentrates in the soft tissues. O it is chemically similar to calcium, so it is absorbed by the body and concentrates in the bones. O it is chemically similar to iodine, so it is absorbed by the body and concentrates in the thyroid.
Uranium-238 gives off both alpha radiation and gamma radiation. If I took a sample
of uranium-238 and wrapped it in a 1 millimeter thick layer of aluminum foil, which
sort of radiation would I be able to detect outside the foil?
both gamma and alpha radiation
gamma radiation, but no alpha radiation
alpha radiation, but no gamma radiation
neither gamma radiation nor alpha radiation
Transcribed Image Text:Uranium-238 gives off both alpha radiation and gamma radiation. If I took a sample of uranium-238 and wrapped it in a 1 millimeter thick layer of aluminum foil, which sort of radiation would I be able to detect outside the foil? both gamma and alpha radiation gamma radiation, but no alpha radiation alpha radiation, but no gamma radiation neither gamma radiation nor alpha radiation
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