delta is used in differential calculus as well as other places to indicate a very small amount. Taking water as an example, the oxygen carries a very samll charge and the hydrogens a small positive charge even though the molecule is covalently bonded. The small charge on the hydrogen (as opposed to a full positive charge) is called delta popsitive) and thus the charge on the oxygen is delta negative or more strictly 2 delta negative.
Electron
A charge which is not a positive charge is a negative charge.
The molecule of carbon monoxide is slightly polarized; oxygen has a small positive charge and carbon has a small negative charge.
a positive charge
delta is used in differential calculus as well as other places to indicate a very small amount. Taking water as an example, the oxygen carries a very samll charge and the hydrogens a small positive charge even though the molecule is covalently bonded. The small charge on the hydrogen (as opposed to a full positive charge) is called delta popsitive) and thus the charge on the oxygen is delta negative or more strictly 2 delta negative.
A cation has a positive charge and an anion has a negative charge.
Electron
The molecule of carbon monoxide is slightly polarized; oxygen has a small positive charge and carbon has a small negative charge.
A charge which is not a positive charge is a negative charge.
Electrons have a negative charge. When an element had more electrons than protons, it tends to have a negative charge.
Electrons have an electrical negative charge.
A polar bond with a small negative charge on the fluorine and a small positive charge on the hydrogen
Electrons carry a negative charge to balance out the positive charge of the proton.
Electrons charge is a negative
No measurable effect at all. The electrons which cause the negative charge have such an unbelievably small mass that billions of them cannot make any observable change to the mass.
They do have a charge, it's negative