Outside the battery:
Since the current forms a continuous a loop in the same direction, the direction inside the battery is "backwards".
Inside the battery:
Conventional current assumes that all flowing charges are positive. It simplifies the situation because it hides the more complicated electrons, positive ions, and negative ions.
Electrons have a negative charge and the electrons moving is what we call the current so the electrons are repelled by the negatively charged end and attracted by the positive one.
The negative side
Flowing electrons makes electricity (they flow from negative to positive. ). You need a circuit or a path for the electrons to move through, a power source like a battery or a generator, and something to use the electricity, like a light bulb...
Electricity is the flow of electrons
EXOTHERMIC because the electrons flow from one to another so its exothermic NOT endothermic! B/c it RELEASES energy!
When any conducting material is connected to provide a continuous path between the two terminals of a battery, electric current flows through it. On the microscopic level, electric current is really the flow of electrons, from the battery's negative terminal, through the conducting path, to its positive terminal.
Electrons are the negatively charged particles to which the flow of electricity is attributed.
Electrical current in copper is the flow of electrons which are negaitve charge particles. In a typical battery, electrons flow from the negative (bottom) side to the positive (top, nipple) side. However, the engineering convention is to call the "plus" side of the battery the source so current is said to flow from the plus side to the negative side -- which is the opposite to the physical flow of electrons.
the positive side, the negative side is usually just a ground
When connected to the cable which normally runs to the starter it completes the circuit. Electrons flow from the negative terminal to the positive terminal.
The battery pushes electrons out one side, and attracts them back to the other side. Without a closed circuit, the electrons can flow for a brief time, but they would quickly accumulate on some connected object. Since electrons repel one another, they will quickly come to the point where no further electrons can get into an object.
Electrons flow through wires that are hooked to a battery. The battery's negative terminal repels the electrons, while the positive terminal attracts them.
An electric current is usually thought of as a flow of electrons. When two ends of a battery are connected to each other by means of a metal wire, electrons flow out of one end (electrode or pole) of the battery, through the wire, and into the opposite end of the battery.
potential difference between electrodes
The flow of electrons from the battery flow through the filament in the bulb causing it to get hot and glow thus producing light.
Electrons naturally tend to flow from a point that has a more negative potential, to one that is more positive. Inside the battery, of course, it is the other way round; they flow from positive to negative - the battery provides the required energy. In this case, the battery can be considered an electron pump.
a parallel circuit is an electrical circuit with at least two ways for electrons to flow, joining up again to join the -/+ side of the battery, completing the circuit
Circuits need 3 things to work. They need a load, (what the power goes on) power source, (the battery) and connectors (the wire inbetween). Circuits use electrons to flow from the negative side of the battery and around the circuit back to the battery. This repeats until the circuit breaks.
A Battery