atomic number 105 (Meaning)
Wordnet
atomic number 105 (n)
a transuranic element
Synonyms & Antonyms of atomic number 105
No Synonyms and anytonyms found
atomic number 105 Sentence Examples
- Dubnium, with an atomic number of 105, is a synthetic element primarily produced through nuclear reactions.
- Elements with atomic numbers beyond 105 are part of the transactinide series, characterized by their high atomic numbers.
- The periodic table illustrates elements like Dubnium, with an atomic number of 105, providing insights into their properties and positioning.
- Due to its high atomic number, Dubnium exhibits extremely short half-lives and undergoes rapid radioactive decay.
- Researchers utilize sophisticated techniques to study elements with atomic numbers exceeding 105, aiming to unravel their unique characteristics.
- The synthesis and identification of elements with atomic numbers beyond 105 require advanced experimental setups and precise methodologies.
- Dubnium, with its atomic number of 105, contributes to our understanding of nuclear physics and the behavior of superheavy elements.
- The electron configuration of Dubnium, with an atomic number of 105, is predicted to be [Rn] 5f¹⁴ 6d³ 7s².
- Investigating elements beyond atomic number 105 expands our knowledge of the fundamental structure of matter and the limits of the periodic table.
- Dubnium's discovery and characterization mark significant milestones in the exploration of superheavy elements and their properties.
FAQs About the word atomic number 105
a transuranic element
No synonyms found.
No antonyms found.
Dubnium, with an atomic number of 105, is a synthetic element primarily produced through nuclear reactions.
Elements with atomic numbers beyond 105 are part of the transactinide series, characterized by their high atomic numbers.
The periodic table illustrates elements like Dubnium, with an atomic number of 105, providing insights into their properties and positioning.
Due to its high atomic number, Dubnium exhibits extremely short half-lives and undergoes rapid radioactive decay.
