What type of polar molecular has a positive charge at one end and a negative at the other end?

Yes, opposite charges attract each other. A positive charge will attract a negative charge, and a negative charge will attract a positive charge.

Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge. Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge. Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge. Particles of opposite charges attract each other. Protons have a positive charge, electrons have a negative charge.

when they are both with each other it is a negative

Positive charge is one of the two possible electrical charges, the other is ..........? the NEGATIVE charge.

Neutrons have no charge. They are neutral, hence the name neutron. Other than that you are correct, protons do have a positive charge and electrons do have a negative charge.

one end of the molecule has a slightly negative charge and the other a slightly positive charge.

Batteries will typically have a slight positive charge on one end and a slight negative charge on the other end. Polar substances act similarly.

A zwitterion has a formal positive charge at one end of the molecule and a negative one at the other end.

I'll lead to conclusions that you are talking about a neutron, which has a charge of 0. This is why they are called neutrons for "neutral." If it has a positive and a negative, then they just cancel each other out.

No. Antimatter is a kind of matter, in which certain properties are the opposite of normal matter. For example, the anti-proton has a negative charge instead of a positive charge; the anti-electron has a positive charge instead of a negative charge; some other properties are changed, too, in antimatter. No. Antimatter is a kind of matter, in which certain properties are the opposite of normal matter. For example, the anti-proton has a negative charge instead of a positive charge; the anti-electron has a positive charge instead of a negative charge; some other properties are changed, too, in antimatter. No. Antimatter is a kind of matter, in which certain properties are the opposite of normal matter. For example, the anti-proton has a negative charge instead of a positive charge; the anti-electron has a positive charge instead of a negative charge; some other properties are changed, too, in antimatter. No. Antimatter is a kind of matter, in which certain properties are the opposite of normal matter. For example, the anti-proton has a negative charge instead of a positive charge; the anti-electron has a positive charge instead of a negative charge; some other properties are changed, too, in antimatter.

There are several types of chemical bonds. An ionic bond, for example is when two elements have opposite charges are attracted to each other. A positive and a negative charge or a negative and a positive charge can be attracted to each other. If a positive and a positive are attracted to each other or a negative and a negative are attracted, that's considered an immoral bond.

Molecules are neutral, they do not have an overall charge, although in many cases there will parts of a molecule which have a negative charge and other parts that have a positive charge (for example, in a water molecule, the oxygen atom has a negative charge and the two hydrogen atoms have a positive charge).

Water is a polar molecule with the hydrogen carrying a very slight positive charge and oxygen a slight negative charge. This results in inter-molecular attraction and hydrogen bonding.

Those are called electrical charges. The most common example is electrons (negative charge). Other options include holes (positive charge) and ions (positive or negative charge).

a positive and a positive or a negative and a negative. Object with the same charge. Like charges repel each other.

Polar molecules have positive charge on one side and negative charge on other side. Non polar molecules have covalent bond and do not have positive and negative charge on one or other side of the molecule.

Water is a polar molecule, meaning that the hydrogen end has a negative charge, while the oxygen end has a positive charge. When other polar molecules are exposed to these charges they split apart. In salt the sodium has a positive charge that is attracted to the hydrogen's negative charge, and a the chloride has a negative charge that is attracted to oxygen's positive charge.

Protons, which have positive charge, attract electrons, which have negative charge. Also, quarks with positive charge attract quarks with negative charge. (Actually, it is this electric charge which defines the properties of the particle they make up. A proton has more quarks with positive charges than with negative charges, for example.)

You can tell if the negative balloon attracts or repels the other balloon. If it attracts the balloon then it is a positive balloon. If it repels the balloon then it is a negative balloon.

This is a polar molecule.

No, opposites attract, like a positive charge and a negative charge. Two positive charges will repulse each other.

By definition, a charge is an imbalance of electrons. If two sources have a balance of electrons, they have a neutral (or no) charge relative to one other -- there is no positive or negative charge. Only in an unbalanced state can one side be said to be positively or negatively charged. In this unbalanced state, the positive and negative charges will attract one another.

There are only two kind of charge particles, the positive and negative charge particle. The positive charge is called proton and the negative charge is called electron. There are also numerous other charge negative, positive particles out there beside the one mention here but they only exist in a fleeting amount of times then disintegrated into pure energy.

It is like charges that repel each other. A charge may be positive or negative. Two positive charges repel, as do two negative charges. A positive and negative charge, however, attract each other. This is a fundamental law of electrostatics: like charges repel and opposite charges attract.

True.. They will cancel each other out.