Interesting facts
Interesting Facts About Plumbous Diacetate
Plumbous diacetate, also known as lead(II) acetate, has a fascinating history and a variety of applications that make it noteworthy in the field of chemistry. Here are some intriguing aspects of this compound:
- Culinary Use and Chef's Secret: In the past, plumbous diacetate was used by chefs to create a sweet flavor in wine and other food products. However, its use in food has been banned due to toxicity concerns.
- Historical Significance: This compound was prominently used in ancient Rome, where it was often referred to as "sugar of lead" due to its sweet taste.
- Versatile Applications: Despite its toxic nature, lead(II) acetate has found its way into various industries. It's used in:
- Textiles for dyeing and as a mordant
- Plastics to stabilize products and enhance performance
- Ceramics for glazing and as a colorant
- Chemical Properties: Plumbous diacetate is known for its ability to undergo hydrolysis, producing acetic acid and lead(II) hydroxide under specific conditions. This characteristic demonstrates the compound's reactivity and underscores the importance of understanding its behavior in chemical reactions.
- Health Hazards: As a lead compound, it poses significant health risks, including poisoning if ingested or inhaled. Proper safety measures and regulations are crucial when handling this compound.
In summary, while plumbous diacetate has had a remarkable role in history, it also serves as a cautionary example of the balance between utility and safety in chemistry. As a chemistry student or enthusiast, understanding both its applications and risks is essential in fostering a comprehensive perspective on chemical safety.
Synonyms
LEAD ACETATE
Lead(II) acetate
301-04-2
Plumbous acetate
Lead diacetate
Salt of saturn
Sugar of lead
Lead(2+) acetate
Unichem PBA
Lead di(acetate)
Normal lead acetate
Dibasic lead acetate
Lead dibasic acetate
Neutral lead acetate
Bleiacetat
lead(2+) diacetate
Caswell No. 523A
Acetate de plomb
Acetic acid, lead salt
Lead acetate (anhydrous)
RCRA waste number U144
Lead acetate (Pb(Ac)2)
Acetic acid lead(2+) salt
Acetic acid, lead(2+) salt
CCRIS 356
Acetic acid, lead(2 +) salt
HSDB 1404
Lead acetate (Pb(O2C2H3)2)
15347-57-6
EINECS 206-104-4
Lead acetate anhydrous
NSC 75797
EPA Pesticide Chemical Code 048001
lead(2+);diacetate
UNII-KL498O6790
PLUMBUM ACETICUM
Acetic acid lead(2+) salt (2:1)
LEAD (II) ACETATE
KL498O6790
EC 206-104-4
NSC-75797
Acetic Acid Lead(II) Salt
Bleiacetat [German]
Lead acetate (Pb(OAc)2)
Acetate de plomb [French]
EINECS 239-379-4
UN1616
RCRA waste no. U144
Leadac
Goulard powder
Sugar of Saturn
Acetato do plomo
Lead bis(acetate)
Neutral lead aceate
Caswell No 523A
acetic acid lead salt
Anhydrous lead acetate
LEAD ACETATE [MI]
Black marking ink, 105E
LEAD ACETATE [HSDB]
Multilayer dielectric ink HD
Acetic acid, lead(II) salt
SCHEMBL56749
LEAD (2+) ACETATE
SCHEMBL308014
LEAD ACETATE [WHO-DD]
Acetic acid lead salt (2:1)
PLUMBUM ACETICUM [HPUS]
DTXSID6020773
DTXSID10274073
NCI-C01489
DAA68171
?(2)-lead(2+) bis(acetate ion)
Lead acetate [UN1616] [Poison]
Acetic acid, lead(2+) salt (2:1)
DB-370629
L0315
L0330
NS00093461
239-379-4
Solubility of Plumbous Diacetate
Plumbous diacetate, with the chemical formula Pb(C2H3O2)2, exhibits interesting solubility characteristics. This inorganic compound is known for its moderate solubility in water, which can be attributed to the ionic nature of the lead(II) salt and its associated acetate ions.
Key Solubility Points:
It is important to note that as a lead compound, plumbous diacetate should be handled with care due to potential toxicity. Therefore, proper safety measures should be followed in any experimental or practical applications involving this compound.
In conclusion, understanding the solubility of plumbous diacetate not only aids in its practical applications but also highlights important safety considerations. Ensure adequate knowledge about its solubility in various environments for effective use!