Br is an atom.
It is a molecule, atoms are only of one type and though both have partial charges due to the way the bond is formed they are not ions in this state.
There are two atoms in one molecule KBr. One atom of potassium (K) and one atom of bromine (Br).
In the molecule FBr, the negative pole is the fluorine atom because it is more electronegative than bromine. This causes the electrons in the bond to be pulled closer to the fluorine atom, giving it a partial negative charge.
No, it is nonpolar. A polar bond is between two different atoms, which will have different electronegativities (attraction for electrons). The atom with the higher electronegativity will "pull" the shared electrons closer to itself, making that side of the molecule more negative and the other atom's side more positive, creating a polar bond. Two identical atoms will have the same electronegativity and therefore will share the electrons equally, making a nonpolar bond.
No, CH3-CHCH-Br cannot exhibit cis-trans isomerization because there is only one stereocenter in the molecule, located at the carbon bearing the bromine atom. In order for cis-trans isomerization to occur, there must be a carbon-carbon double bond with two different substituents on each carbon atom.
It is a molecule, atoms are only of one type and though both have partial charges due to the way the bond is formed they are not ions in this state.
There are two atoms in one molecule KBr. One atom of potassium (K) and one atom of bromine (Br).
The smallest radius from I Br Br I would be the bromine atom since it is closer to the central iodine atom compared to the outer iodine atom.
There is one hydrogen atom and one bromine atom in one molecule of HBr.
Each Br atom has an oxidation number of zero.
The direction of the arrow representing the dipole moment of the molecule BrF would point towards the more electronegative atom, which in this case is the fluorine (F) atom. This is because fluorine is more electronegative than bromine (Br), causing an uneven distribution of electron density within the molecule, resulting in a dipole moment pointing towards the fluorine atom.
The carbon atom in CBr is partially positive, as bromine is more electronegative than carbon, causing the carbon atom to have a partial positive charge.
In the molecule FBr, the negative pole is the fluorine atom because it is more electronegative than bromine. This causes the electrons in the bond to be pulled closer to the fluorine atom, giving it a partial negative charge.
Bromine atom= [Br]
No, it is nonpolar. A polar bond is between two different atoms, which will have different electronegativities (attraction for electrons). The atom with the higher electronegativity will "pull" the shared electrons closer to itself, making that side of the molecule more negative and the other atom's side more positive, creating a polar bond. Two identical atoms will have the same electronegativity and therefore will share the electrons equally, making a nonpolar bond.
No, they are covalent bonds. An ionic bond is formed between a group 1 metal and Br.
"Bromine" is the name of an atom or an element. The corresponding ion is named "bromide".