sodium chloride
No, carbon typically forms covalent bonds, where it shares electrons with other atoms instead of transferring them to form ionic bonds. It usually forms four covalent bonds to achieve a stable electron configuration.
4. Carbon has 4 valence electrons and it rarely forms ionic compounds or compounds with fewer than 4 bonds (though it's possible).
Silver phosphate is an ionic compound. Silver is a metal that forms cations, and phosphate is a polyatomic ion composed of a phosphorus atom and four oxygen atoms. In an ionic bond, the silver cation is attracted to the phosphate anion through electrostatic forces.
Is this a trick question? Carbon forms four covalent bonds Carbon is sometimes ionic - e.g. in the alkali metal carbides Carbon can bond to itself- Carbon forms long chains- the best of all the elements Carbon is found in all organic molecules by definition. the least well known characteristic is ionic where it forms the ions C4-, C22-, C34-
Carbon atoms usually form four covalent bonds in carbon compounds. In some kinds of compounds, however, carbon forms a type of bond called "double" or "triple", in which carbon atoms share two (in double bonds) or three (in triple bonds) electrons from each carbon atom in the bond. In such instances it would be preferable to say that each carbon atom in one or more carbon to carbon bonds shares four electrons, rather than forms four bonds. Carbon only rarely if ever forms ionic bonds to another atom, but may do so in alkali metal and alkaline earth metal carbides.
Carbon normally forms four covalent bonds in its compounds, not ionic bonds.
No, carbon typically forms covalent bonds, where it shares electrons with other atoms instead of transferring them to form ionic bonds. It usually forms four covalent bonds to achieve a stable electron configuration.
A optically active compound should have atleast one carbon atom attached to four different groups. glycine is not active because it has carbon atom attached to 2 hydrogen atoms , 1 amino group and 1 carboxylic group
4. Carbon has 4 valence electrons and it rarely forms ionic compounds or compounds with fewer than 4 bonds (though it's possible).
Alanine Glycine Phenyl alanine Argenine Histidine Tyrosine
Silver phosphate is an ionic compound. Silver is a metal that forms cations, and phosphate is a polyatomic ion composed of a phosphorus atom and four oxygen atoms. In an ionic bond, the silver cation is attracted to the phosphate anion through electrostatic forces.
Is this a trick question? Carbon forms four covalent bonds Carbon is sometimes ionic - e.g. in the alkali metal carbides Carbon can bond to itself- Carbon forms long chains- the best of all the elements Carbon is found in all organic molecules by definition. the least well known characteristic is ionic where it forms the ions C4-, C22-, C34-
ionic compound in four types....ions contains...
It is a quadra-peptide made from the four amino acids: glycine - phenylalanine - leucine & valine.
Carbon atoms usually form four covalent bonds in carbon compounds. In some kinds of compounds, however, carbon forms a type of bond called "double" or "triple", in which carbon atoms share two (in double bonds) or three (in triple bonds) electrons from each carbon atom in the bond. In such instances it would be preferable to say that each carbon atom in one or more carbon to carbon bonds shares four electrons, rather than forms four bonds. Carbon only rarely if ever forms ionic bonds to another atom, but may do so in alkali metal and alkaline earth metal carbides.
No. carbon is mbets known for forming four covalnt bonds.The compound Al4C3 reacts with water to form methane. This is sometimes described as consisting of Al3+and C4- ions- however the bonding will be covalent with polar bonds-- There are other ionic carbides- most notably calcium carbide CaC2 which contains the C22- ion with a triple bond between the carbons.
Yes, silicon tetrafluoride (SiF4) forms covalent bonds. In this compound, silicon shares its valence electrons with four fluorine atoms through covalent bonding, resulting in a stable molecular structure.