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For instance, we might say that the United States has become polarized over the issue of the death penalty. In the political world, we often observe that a collection of people becomes polarized over some issue. In general terms, polarization means to separate into opposites. We say that the charge in the can has been polarized.
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Overall the can is electrically neutral it's just that the positive and negative charge has been separated from each other. The two sides of the aluminum pop can have opposite charges. And the atoms on the side opposite of the can have an excess of electrons they become negatively charged. This electron movement leaves atoms on the balloon's side of the can with a shortage of electrons they become positively charged. As such, there is a mass migration of electrons from the balloon's side of the aluminum can towards the opposite side of the can.
#THE FLOW EXPERIENCE DOES NOT OCCUR WHEN FREE#
Being present within a conducting material, the electrons are free to move from atom to atom. Many of these electrons will be induced into moving away from the repulsive balloon.
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The repulsion will be greatest for those electrons that are nearest the negatively charged balloon. If the negatively charged balloon is brought near the aluminum pop can, the electrons within the pop can will experience a repulsive force. A rubber balloon is charged negatively, perhaps by rubbing it against animal fur. The Styrofoam cup serves as both an insulating stand and a handle. To illustrate this induced movement of electrons, we will consider an aluminum pop can that is taped to a Styrofoam cup. To get an electron in a conducting object to get up and go, all that must be done is to place a charged object nearby the conducting object. In conducting objects, they are so loosely bound that they may be induced into moving from one portion of the object to another portion of the object. Relative to the protons of the nucleus, these electrons are loosely bound. The electrons are located in the vast regions of space surrounding the nucleus, known as the electron shells or the electron clouds. The protons are in the nucleus of the atom, tightly bound and incapable of movement. Quite surprisingly, this interaction between a neutral object and any charged object can be explained using our usual rules of opposites attract and likes repel.Īs discussed previously, an atom consists of positively charged protons and negatively charged electrons. If a rubber balloon is charged by rubbing it with animal fur, the balloon can subsequently be stuck to the surface of a wooden cabinet or a whiteboard. If a charged plastic tube is held near to neutral paper bits, the attraction between the paper and the plastic would be sufficient to raise the paper off the table. In an earlier section of Lesson 1, it was stated that an electrical attraction would be observed between a charged object and a neutral object.
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