Yes. It has both.
The definition of "neutral" is zero net charge. Every atom has positive and negative charges among its components. If the atom is 'neutral', then the numbers of positive and negative charges are equal, and the atom's 'net' charge is zero.
Usually atoms are neutral (no charge), but an atom can temporarily have an extra electron, or lack an electron, in which case it will have a charge (negative, and positive, respectively), until it loses the electron again, or gains another electron. A charged atom is called an ion.
Usually atoms are neutral (no charge), but an atom can temporarily have an extra electron, or lack an electron, in which case it will have a charge (negative, and positive, respectively), until it loses the electron again, or gains another electron. A charged atom is called an ion.
Usually atoms are neutral (no charge), but an atom can temporarily have an extra electron, or lack an electron, in which case it will have a charge (negative, and positive, respectively), until it loses the electron again, or gains another electron. A charged atom is called an ion.
Usually atoms are neutral (no charge), but an atom can temporarily have an extra electron, or lack an electron, in which case it will have a charge (negative, and positive, respectively), until it loses the electron again, or gains another electron. A charged atom is called an ion.
Usually atoms are neutral (no charge), but an atom can temporarily have an extra electron, or lack an electron, in which case it will have a charge (negative, and positive, respectively), until it loses the electron again, or gains another electron. A charged atom is called an ion.
They are neutral because they have the same number of negative electrons as positive protons. If and atom looses or gains an electron then it becomes an ion.
Atoms are neutral as the number of positively charged protons in the nucleus will match the number of negatively charged electrons around the nucleus.
protons are positive electrons are negative and neutrons are neutral
none of the above. neutrons are neutral, protons are positive and electrons are negative. A combination of all is a molecule.
they can be either
Atoms consist of electrons (negative charge), protons (positive charge), and neutrons (neutral charge), while molecules consist of atoms.
proton
No..... They are called neutral for a reason. But neutral atoms can have electrons added and removed making the atom positive or negative. And neutral atoms are still affected by charged atoms due to reason in depth but to sum up the long explanation of the affect neutral atoms are attracted to charged atoms. Just a side note.... how many of you love Leo Howard? Am I right?
A leg is a limb, it is neither positive or negative.
urease negative
Positive atoms: cations. Negative atoms: anions
a zewithalarion shows poth positive and negative; go figure...
yes
negative,positive,none
Normally atoms are neutral.
Atoms do not have positive and negative ends.Molecules, which are made up of several atoms, can be positive at one end and negative at the other; these are called "polar" molecules. The most common polar molecule is water, made up of two hydrogen atoms and one oxygen atom; H2O.
Yes, if they are ions
Loss or gain of electrons.
Atoms become positive ions when they lose an electron in a reaction. An electron is negative and a proton is positive, so when the atom loses an electron it will have more positive than negative, and the atom will be a positive ion. The atoms at the left of the periodic table usually lose electrons in reactions.
Positive ions
ion
a tightly bound group of atoms that behaves as a unit and has a positive or negative charge