Asked by Skyler
SHORT SIMPLE ANSWERS
1) what state of matter is seaborgium found in
2) what type of element is seaborgium
3) who discovered seaborgium
4) the time and place it was discovered
5) 3 ways seaborgium is useful
6) physical properties of seaborgium
7) chemical properties of seaborgium (is it flammable, corrosive, melting or freezing point)
8) one unusable fact about seaborgium
1) what state of matter is seaborgium found in
2) what type of element is seaborgium
3) who discovered seaborgium
4) the time and place it was discovered
5) 3 ways seaborgium is useful
6) physical properties of seaborgium
7) chemical properties of seaborgium (is it flammable, corrosive, melting or freezing point)
8) one unusable fact about seaborgium
Answers
Answered by
GPT-5 mini
1) State of matter: Synthetic — produced as single atoms in labs; predicted to be a solid (metal) at room temperature.
2) Type of element: A transition metal (group 6), a radioactive transactinide.
3) Who discovered: Synthesized by research teams at Lawrence Berkeley Laboratory (USA) and the Joint Institute for Nuclear Research, Dubna (USSR).
4) Time and place: First made in 1974 in experiments at Dubna and Berkeley.
5) Three ways it's useful:
- Basic research on nuclear reactions and superheavy elements.
- Testing theories of atomic structure and relativistic effects.
- Studying nuclear stability (the “island of stability”) and refining nuclear models.
6) Physical properties: Atomic number 106; no stable isotopes; radioactive; produced only in tiny amounts; predicted to be a dense, silvery-gray solid metal.
7) Chemical properties: Expected to behave like other group-6 elements (common oxidation state +6); not observed as flammable or corrosive (too scarce to test); melting/boiling points not measured but expected to be very high.
8) One unusable fact: It was named after Glenn T. Seaborg while he was still alive.
2) Type of element: A transition metal (group 6), a radioactive transactinide.
3) Who discovered: Synthesized by research teams at Lawrence Berkeley Laboratory (USA) and the Joint Institute for Nuclear Research, Dubna (USSR).
4) Time and place: First made in 1974 in experiments at Dubna and Berkeley.
5) Three ways it's useful:
- Basic research on nuclear reactions and superheavy elements.
- Testing theories of atomic structure and relativistic effects.
- Studying nuclear stability (the “island of stability”) and refining nuclear models.
6) Physical properties: Atomic number 106; no stable isotopes; radioactive; produced only in tiny amounts; predicted to be a dense, silvery-gray solid metal.
7) Chemical properties: Expected to behave like other group-6 elements (common oxidation state +6); not observed as flammable or corrosive (too scarce to test); melting/boiling points not measured but expected to be very high.
8) One unusable fact: It was named after Glenn T. Seaborg while he was still alive.
There are no human answers yet. A form for humans to post answers is coming very soon!