If an object loses more electrons, it becomes positively charged, resulting in an increase in its electric field strength. Additionally, the distribution of the electric field around the object changes, with the field lines becoming denser and extending further outward due to the greater positive charge.
You can create a charged material bytransferring electrons. The negative electrons which orbit the atom can easily be transfered as they have no strong bonds. While protons in the centre of the nucleus have a very strong bond with the neutron. When two things are rubbed together the negative electrons get transferred. The object with the most negative charges are negatively charged and the material or object that has the most protons is positively charged. Different charges attract, same charges repel Basically a charged electric molecule is part of the total count of electrons or protons on an object.
When an objects gets negative charge it attracts positive charged objects, repel negative charged objects and even attracts neutral copper rod. Neutral copper rod is attracted towards both both negative and positive charged objects due to the availability of mobile electrons in the copper rod.
None. Electrons and protons are entirely different things.
The electrons in a conductor will support the movement of electric current. A conductor is defined as a material with a number of electrons in its makeup that are actually in what is called the conduction band. The conduction band is an energy level where electrons must be to permit conduction in a material. If the minimum energy in the conduction band in a material is such that a lot of electrons in that material are already at or above that level, then these electrons will be available to support current flow. Remember that electron current flow is moving electrons, and it is not about sending an electron into a conductor, like a wire, at one end and getting that same electron out at the other. It is about sending a bunch of them in at one end, and all the electrons already in the conductor move over and a bunch come out the other end. The electrons already in the conduction band within the conductor support current flow in this way.
The charged object may induce a separation of charges in the neutral object.The charged object may induce a separation of charges in the neutral object.The charged object may induce a separation of charges in the neutral object.The charged object may induce a separation of charges in the neutral object.
protons,neutrons and electrons
Electric toothbrushes, eyelash makeup items and electrons.
Good question. It would tend to attack particles that attract negatively charged objects. Rub your hair with a balloon. Your hair loses electrons, if your hair sticks to the test object, then the object is charged with electrons. Some texts say that electrons in excess can cause a things to "light up" slightly in dark rooms, specially in the case of amber, but I have never seen that happen, so I don't know, try it.
You can create a charged material bytransferring electrons. The negative electrons which orbit the atom can easily be transfered as they have no strong bonds. While protons in the centre of the nucleus have a very strong bond with the neutron. When two things are rubbed together the negative electrons get transferred. The object with the most negative charges are negatively charged and the material or object that has the most protons is positively charged. Different charges attract, same charges repel Basically a charged electric molecule is part of the total count of electrons or protons on an object.
Actually, there are three things: 1. object magnifies (zoom) 2. flips 3. and invert (from the <--- to the --->)
Basically, all matter is made up of positive and negative electric charges. In many cases, the positive and negative charges cancel one another, so that the object appears to be neutral on a large scale, to the outside - or it may be closely enough balanced so as to appear to be neutral. In other cases, there may be a net positive or a net negative charge. Please note that there are indeed particles, such as the photon, the neutrino, and the (as-yet hypothetical) graviton, that have no electric charge.
STATIC ELECTRICITY builds up when you rub a balloon on your head or rub your socks on the floor and their are more different ones. When you do theses things you can give some body a electric shock.
Wherever there is material, there are protons. But protons are not the things that carry the charge around in electrical circuits. Electrons do that.
Feeling a mild electric shock when touching things could be due to a build-up of static electricity on your body or the object. Static electricity occurs when there's an imbalance of positive and negative charges. The shock comes from the flow of electrons trying to neutralize the charge difference.
When light hits an object, it can be absorbed (taken in by the object), reflected (bounced off the object), transmitted (pass through the object), or refracted (bent as it passes through the object).
Several things happen in this case; for example:* From each of the objects, the other object will look smaller * Things like gravitational attraction, tidal forces, electrical force, and magnetic force will be reduced.
Most of the time, in an object, its negative and positive charges are balanced, which makes it a neutrally-charged object. Sometimes, when some objects come into contact with other things, they gather more charges of one type. If there are more electrons, they are negatively-charged. If there are more protons, they are positively-charged. Because opposites attract, an object which is negatively-charged will attract another object which is positively-charged and vice versa.