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Why only strontium and barium forms peroxide?
Strontium and barium are able to form peroxides due to their relatively low ionization energies and the presence of vacant d orbitals in their valence electron configurations. This allows them to readily accept additional electrons to form the peroxide ion (O2^2-). Additionally, the larger size of strontium and barium ions compared to other alkaline earth metals provides more space for the peroxide ion to be accommodated, making them more likely to form stable peroxides.
Why doesn't Anisole form peroxide easily?
Anisole is less likely to form peroxides compared to other ethers because the aromatic ring in anisole stabilizes the molecule through resonance. This stability makes it less susceptible to undergoing reactions that lead to peroxide formation. Additionally, anisole tends to have fewer labile hydrogen atoms that can participate in peroxide formation reactions.
What are some examples of peroxides?
hydrogen peroxide, sodium peroxide
If beryllium lose electrons and forms an ion what would the chemical formula be?
If beryllium loses two electrons to form a cation, the chemical formula would be Be²⁺.
What is the oxidation state of oxygen in peroxides and superoxides?
In peroxides, the oxidation state of oxygen is -1, while in superoxides, the oxidation state of oxygen is -1/2.
What atom can form oxides peroxides and superoxides when it reacts with oxygen?
The atom that can form oxides, peroxides, and superoxides when it reacts with oxygen is lithium.
What do peroxides do in cells?
Peroxides are very harmful to cells.They are broken by peroxisomes.
Is berrylium a metal or non metal or a melloid?
it is a metal
Why only strontium and barium forms peroxide?
Strontium and barium are able to form peroxides due to their relatively low ionization energies and the presence of vacant d orbitals in their valence electron configurations. This allows them to readily accept additional electrons to form the peroxide ion (O2^2-). Additionally, the larger size of strontium and barium ions compared to other alkaline earth metals provides more space for the peroxide ion to be accommodated, making them more likely to form stable peroxides.
Why doesn't Anisole form peroxide easily?
Anisole is less likely to form peroxides compared to other ethers because the aromatic ring in anisole stabilizes the molecule through resonance. This stability makes it less susceptible to undergoing reactions that lead to peroxide formation. Additionally, anisole tends to have fewer labile hydrogen atoms that can participate in peroxide formation reactions.
Anisole does not form peroxide easily why?
Anisole has a low reactivity towards peroxide formation due to its relatively low susceptibility to autoxidation. This is because the aromatic ring stabilizes the intermediate radicals that are necessary for peroxide formation. Additionally, anisole does not contain any easily abstractable hydrogens that are required for peroxide formation.
Which class and division are appropriate for organic peroxides?
5.2
What are some examples of peroxides?
hydrogen peroxide, sodium peroxide
When ether is exposed to air for some time which explosive substance is produced?
When ether is exposed to air for some time, it can form explosive peroxides. These peroxides are highly sensitive and can detonate with shock, heat, or friction. It is important to properly store and handle ether to prevent the formation of these explosive substances.
Is there a synonym for peroxidase?
No and it is an enzyme that catalyzes the oxidation of various substances by peroxides.
If beryllium lose electrons and forms an ion what would the chemical formula be?
If beryllium loses two electrons to form a cation, the chemical formula would be Be²⁺.
What is the oxidation state of oxygen in peroxides and superoxides?
In peroxides, the oxidation state of oxygen is -1, while in superoxides, the oxidation state of oxygen is -1/2.
