Interesting facts
Interesting Facts About Plumbous Dinitrate
Plumbous dinitrate, commonly referred to as lead(II) nitrate, is a fascinating compound that has garnered interest in both industrial applications and scientific research. Here are some intriguing aspects to consider:
- Historical Significance: Lead compounds have been known since antiquity, with records of their use dating back to the ancient Egyptians. The properties of lead(II) nitrate were first explored in detail by chemists during the 18th century.
- Industrial Applications: Plumbous dinitrate plays a vital role in the manufacture of pigments and dyes. It is also utilized in the production of other lead compounds and serves as a reagent in analytical chemistry.
- Oxidizing Agent: In addition to its utility in various processes, lead(II) nitrate acts as a potent oxidizing agent. Its ability to donate oxygen makes it valuable in various reactions, including organic synthesis.
- Safety Precautions: Despite its uses, precautions must be taken when handling plumbous dinitrate, as lead compounds are toxic. Ensuring proper laboratory safety protocols is crucial to prevent exposure to lead, a heavy metal with known health risks.
- Unique Crystallization: Lead(II) nitrate is known to crystallize in a distinctive form that can be both visually appealing and scientifically significant. Its crystal structure can provide insights into the behavior of other ionic compounds.
"Chemistry is the art of the stars." - Robert H. Grubbs. Just like the stars, the complexity and beauty of compounds like lead(II) nitrate illuminate the path for chemical exploration and innovation!
Overall, plumbous dinitrate showcases the dual nature of chemistry—its potential for innovative applications combined with the responsibility of handling hazardous materials carefully. As we continue to explore this compound, its properties and behaviors reveal a deeper understanding of chemical interactions.
Synonyms
LEAD NITRATE
Lead dinitrate
10099-74-8
Lead(II) nitrate
Lead (II) nitrate
Lead(2+) nitrate
Nitrate de plomb
Nitrate de plomb [French]
Lead(II) nitrate (1:2)
Nitric acid, lead(2+) salt
CCRIS 1945
HSDB 637
EINECS 233-245-9
UNII-6E5P1699FI
6E5P1699FI
LEAD NITRATE [MI]
LEAD NITRATE [HSDB]
DTXSID2035069
EC 233-245-9
Nitrate de plomb (French)
Lead nitric acid
(nitrooxy)plumbyl nitrate
LEAD(II) DINITRATE
DTXCID0015069
LEAD(2+) BIS(NITRATE)
NITRIC ACID, LEAD II SALT
lead nitrate, 210Pb(2+)-labeled
UN 1469
(pb(no3)2)
[pb(no3)2]
blei(ii)-nitrat
chebi:37187
lead (2+) nitrate
Plumbous nitrate
Lead nitrate (Pb(NO3)2)
Nitric acid, lead(2+) salt (2:1)
MFCD00011153
UN1469
lead(2+);dinitrate
SCHEMBL155278
Lead (II) nitrate, ACS grade
lambda2-lead(2+) ion dinitrate
AKOS015903915
Lead nitrate [UN1469] [Oxidizer]
NS00082068
EN300-6738538
Solubility of Plumbous Dinitrate (Pb(NO3)2)
Plumbous dinitrate is an intriguing compound when it comes to its solubility in water. Generally, plumbous dinitrate is considered to be quite soluble due to its ionic nature and the presence of nitrate ions, which typically enhance solubility.
Key Points about its Solubility:
This solubility is a characteristic feature that allows plumbous dinitrate to participate in various chemical reactions, particularly in organic synthesis and analytical chemistry. However, as with any lead compound, caution is advised due to potential toxicity. It is critical to consider the solubility profile in the context of safety and environmental regulations.