a battery always produces a direct current.the electrons always travel from the negetiove to the positive terminal.But the direction of the current is the opposite that is from the positive to the negetive terminal.
That is DC - direct current.
A battery contains a charge of electrons. When these electrons leave the battery and travel through a circuit that is described as current.
There are many chemical combinations that can be used to make batteries. The trick is to use a combination of chemicals in which the chemicals themselves do not have to be adjacent. One half of the battery involves an oxidation reaction. This releases electrons that flow out thru the wiring. The other half of the battery involves reduction, a reaction in which the excess electrons returning to the battery are used to form a new ionic substance. When not connected thru external wiring the reaction slows, almost stops, that is when the battery has potential energy, the potential to release the electrons and do work.
yes they can move through inanimate objects.
That is true but not very - the excess of electrons at the negative terminal is small. The important thing is that if you place a load (radio set, light bulb etc.) on the battery the electrons flow through the load and this movement is supported by energy supplied by chemical action in the battery.
That is DC - direct current.
The electrons don't actually move the electricity; the charge moves. The electrons slowly drift in the opposite direction from the charge.
In a battery, the chemical reaction supplies excess electrons.
A battery contains a charge of electrons. When these electrons leave the battery and travel through a circuit that is described as current.
There are many chemical combinations that can be used to make batteries. The trick is to use a combination of chemicals in which the chemicals themselves do not have to be adjacent. One half of the battery involves an oxidation reaction. This releases electrons that flow out thru the wiring. The other half of the battery involves reduction, a reaction in which the excess electrons returning to the battery are used to form a new ionic substance. When not connected thru external wiring the reaction slows, almost stops, that is when the battery has potential energy, the potential to release the electrons and do work.
No. Electrons are not consumed in a battery. For every electron that goes in one end of a battery, the battery pushes another electron out the other end.
In general, cable electrons don't get along with battery electrons... electrons are electrons; it doesn't matter if they're in a cable, or a battery, they are the same. Batteries are always DC, but the electricity flowing through a cable does not necessarily have to be - it can be AC.
Electrons flow through wires that are hooked to a battery. The battery's negative terminal repels the electrons, while the positive terminal attracts them.
If we go for the diagramatic representation then battery positive is represented by the long terminal and battery negative is represented by the short terminal then the direction of the current is given by an arrow from positive terminal to negative terminal (Therotically electrons flow from negative to positive but we represent current flow from positive to negative. This is the sign convention )
the battery will no longer work.
There are protons, neutrons, and electrons inside everything that you can touch. If you provide a path for them outside the battery, electrons will flow from the battery's negative terminal to the positive one, and supply some energy on the way that you can use to run things or heat things with.
zinc