Are following compounds organometallic ? CH3COONA(CH3COO)CA,CH3ONA, C2H5ONA if not why explain
Answers
Answer:
No one is organometallic compound
Explanation:
CH3COONA(CH3COO)CA,CH3ONA, C2H5ONA
All these are not organometallic compound because organometallic compounds are those which atleast have one metal - carbon bond . In all these compound no metal - carbon bond . ex - CH3MgBr is an organometallic compund have
C- Mg bond Mg is metal which attached to Cabon
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Answer:
Explanation:
Definition of organometallic compound:
Organometallic compounds are defined as substances with metal and carbon bonds.
Examples of organometallic compound:
Bromure of magnesium ethyl:
- This is how the structural formula is written: CH 3 CH 2 MgBr
- In our view It has metal and carbon bonds, such as the link between the carbon of the ethyl group and magnesium. It is an organometallic compound as a result.
Lead tetraethyl:
- This is how the structural formula is expressed: (CH 3 CH 2 ) 4 Pb.
- Now, we may state that it possesses a metal-carbon bond, namely a bond between lead and carbon (a metal). It is an organometallic compound as a result.
Trimethyl aluminium (D):
- Al2(CH 3) 6 is the way to write the structural formula.
- The formula indicates that it has metal and carbon bonds. It is an organometallic compound as a result.
The following compounds are not organometallic.
C2H5ONA(Sodium ethoxide):
You can write the structural formula as: C 2 H 5ONa.
CH3COONA(CH3COO)CA(Sodium acetate):
The structural formula is C2H3NAO2.
CH3ONA:
Chemically, sodium methoxide has the formula CH3ONa. This whitish solid, which is produced when methanol is deprotonated, is a common reagent in both industry and academia. It is also a base that is highly corrosive.
C2H5ONA, CH3COONA(CH3COO)CA, and CH3ONA:
These aren't all organometallic compounds because those are the ones with at least one metal to carbon bond. No metal-carbon bond is found in any of these compounds. An example of an organometallic compound is CH3MgBr.bond C-Mg Mg is a metal that is connected to Carbon.
It is clear from this that carbon and metal do not interact in any way. On oxygen, it carries a negative charge. It serves as an illustration of an ionic compound.