Two ions
No. The mutual attractions between many positive ions and many negative ions result in a compound with ionic bonds.
There are four types of binary compounds of hydrogen, namely, 1. Ionic hydride 2. Covalent Hydride 3. Complex Hydride 4 Metallic Hydride
Ions Have Ionic bonds, Not covalent. Therefore none.
It can vary widely. A covalent compound can contain a few as 2 atoms (such as carbon monoxide), or as many as several billion, such as DNA.
There are many covalent compounds with carbon in them - CO2 or carbon dioxide is one.
None. Glucose is a covalent compound.
None.H2S is a covalent compound, there are no ions as the electrons are shared between the hydrogen and sulfur.
In the compound dichloride there would be two chlorine atoms. This is because the compound dichloride is a binary covalent compound and these compound always follow the prefixs such as di, tri, mono, etc.
No. The mutual attractions between many positive ions and many negative ions result in a compound with ionic bonds.
There are four types of binary compounds of hydrogen, namely, 1. Ionic hydride 2. Covalent Hydride 3. Complex Hydride 4 Metallic Hydride
It is. It contains just the two elements, sodium and chlorine. The sodium forms positive ions, and the chlorides are negative.
Ions Have Ionic bonds, Not covalent. Therefore none.
It can vary widely. A covalent compound can contain a few as 2 atoms (such as carbon monoxide), or as many as several billion, such as DNA.
Ionic bonds are never formed in a covalent bond. Although, there are ions such as sulfate, nitrate and chlorate where covalent bonds are located inside the ion.
Yes, many, but not all covalent compounds contain carbon.
A compound containing potassium and oxygen atoms would have a formula of K2O, and would be named potassium oxide. This is a binary ionic compound.
There are many covalent compounds with carbon in them - CO2 or carbon dioxide is one.