Carbon never forms ions because the force to remove 4 electrons is too strong.
Yes, it is. Since valency is the no. of electrons an element should gain or loose or share to become stable. So, this is true in case of substances which form ions. But elements like carbon never form ions. Its valency is four. It shares electrons to get stable.
its carried by the blood through a darker substance. Combined with haemoglobin as carboxyhaemoglobin,as bicarbonates in plasma and By dissolving in blood plasma.
no. carbon generally forms covalent bond. but carbon does form ionic bond with metal ions as in carbides, carbonates, bicarbonates (though the number of covalent compounds of carbon are more)
What kind of ions does a base release in a water solution?
When Group 2A elements form ions they lose the electrons in their outer shell. In doing so they form positive ions known as cations.
Well I know why Carbon and silicon do not form simple ions. It is becasue if the were to form a ion they could either get 4 electrons or lose 4 electrons. Neither is easier so they just stay the same.
Since the valency of carbon is 4 it usually form covalent bonds by sharing electrons....
Yes, it is. Since valency is the no. of electrons an element should gain or loose or share to become stable. So, this is true in case of substances which form ions. But elements like carbon never form ions. Its valency is four. It shares electrons to get stable.
Carbon don't contain ions.
Carbon changes from gas, to liquid, to solid form, and never disappears, so in that sense it is renewable.
no. carbon generally forms covalent bond. but carbon does form ionic bond with metal ions as in carbides, carbonates, bicarbonates (though the number of covalent compounds of carbon are more)
its carried by the blood through a darker substance. Combined with haemoglobin as carboxyhaemoglobin,as bicarbonates in plasma and By dissolving in blood plasma.
What kind of ions does a base release in a water solution?
+4
No. Water is H2O. It doesn't have carbon and hence will never form carbon dioxide.
Metals for positively charged ions and nonmetals form negatively charged ions.
Metals form positive ions and form ionic compounds with negative ions.