A continuous flow of negative charges is called an electric current.
current
current flowing into the node are taken to be negative, and currents flowing out of the node are positive. It should not really matter which you choose to be the positive or negative current, as long as you stay consistent. However, it may be a good idea to find out the convention used in your schema
It depends on how you choose to define current and polarity...The normal convention is that current flows from positive to negative, even though that is not true. It is simply a convention, making it easier to analyze a circuit and to not have to deal with negative numbers. In this convention, the terminal of the resistor that current is flowing into will be more positive than the other terminal.The accepted reality is that current flows from negative to positive. In that convention, the terminal of the resistor that current is flowing into will be more negative than the other terminal.It does not really matter which convention you use, so long are you are consistent in the application of the convention and in the treatment of signs.Thank you, so it is not true, right?Another AnswerNo, it is not true. In order for current to pass through a resistor, there must be a potential difference across its ends. The magnitude of the current depends on the value of the potential difference. So a larger current is the result of a larger potential difference, NOT the other way around.The same applies to 'voltage drops'. Voltage drops are not the result of a current passing through resistors in series; voltage drops are necessary for the current to flow through each resistor.
Everything we see is made up of tiny little parts called atoms. The atoms are made of even smaller parts. These are called protons, electrons and neutrons. They are very different from each other in many ways. One way they are different is their "charge." Protons have a positive (+) charge. Electrons have a negative (-) charge. Neutrons have no charge.
A very excellent and interesting question! Unless things have changed, this has yet to be scientifically answered and proven as no one is yet able to tag an electron in order to view its motion (which is quite erratic and hair-brained). There are two different directions that electrons can flow in a very basic circuit - Conventional Flow (from positive to negative i.e.Ground), and Electron Flow (from negative (i.e. ground) to positive). In electronics theory, it really doesn't make a difference which method you choose. The math, formulas and equations will give you the same results either way. I learned "old school", and I was trained using "Electron Flow Notation" - I've just always stuck with it over the years. Some of my friends however, have chosen to use the "Conventional Flow Notation". No matter what we calculate though, we always end up with the same results. For all practical purposes, it's a matter of preference at the end of the day.
A system which can exchange mass as well as matter with the surroundings is called anopen system.Example:- Heating of CaCo3 in an open bulb.A system which can exchange energy but not matter is called a closed system.Example:- Calcination of CaCo3 in a sealed bulb.
Neutral charges
Positive or negative.
(in case of an atoms) negative charges or positive charges will over power the other side and the whole atom will be disorted
I matter, Electron. In anti-matter anti-protons.
All the states of matter have charge. Solid, liquid and gas all have charges of positive or negative.
AnswerIt has the charge of 0 It has one electron, and one proton. Protons have positive charges, while electrons have negative charges. It has no neutrons, which doesn't really matter in the case of "charge".
Yes - integers are called so no matter whether they are positive or negative.
The property that makes up electric charge is called just that: "electric charge". Note that the particles also have other properties.
neutral. Positive and negative charges cancel each others.
That sounds like a plasma. In a plasma, most of the atoms are ionized.
charge
Static electricity is when you have an excess of electrons and they are not flowing, hence the term 'static'. In electricity you have two possible charges, positive and negative, like charges is when the two things in question have a net charge that is the same, that is object A has a positive charge, and object B has or positive charge. Their charges could also be negative, it doesn't matter as long as they are the same as each other. unlike charge means just the opposite, object A would have a positive charge while object B would have a negative charge (or visa-versa). When like charges are brought together, they repel each other. On the other hand, when unlike charges are brought together, they attract each other.