Yes phospate bonds have a negative charge.
The charge is 0 if the positive and negative charges were equal
1
just put true
Polar bonds do have a partial positive and partial negative charge on the atoms involved. The more electronegative atom attracts electrons more strongly, resulting in an uneven distribution of charge.
Ionic bonds result from the electrostatic attraction between oppositely charged ions. The overall charge of an ionic bond is neutral because the positive charge of the cation is balanced by the negative charge of the anion.
Both. One side is positive while the other is negative. Taking H2O as an example, the hydrogen molecule pulls the shared electrons closer to itself, and further away from the two Oxygen molecules. This gives the Oxygen side of the H2O molecule a positive charge and the Hydrogen side a negative charge.
false
A negative for electrons would be an excess of electrons creating an imbalance in charge, leading to potential discharge or electrical instability. A positive for protons would be their contribution to the positive charge of the nucleus, providing stability and forming the basis of chemical bonds.
Sodium phosphate (Na3PO4) has ionic bonds. Sodium (Na) typically forms cations (+1 charge) and phosphate (PO4) typically forms anions (-3 charge), resulting in the attraction between positive and negative charges to form ionic bonds.
silica tetrahedra have a negative charge on their surface due to the presence of oxygen atoms. This negative charge attracts cations, which have a positive charge, leading to the formation of bonds. This interaction is crucial in the formation of minerals and rocks in the Earth's crust.
The resulting compound would be electrically neutral.
The resulting compound would be electrically neutral.