This question makes no sense whatsoever without giving details of "the board" being asked about...
There is no point in copying and asking this kind of incomplete fragment from such a homework or exam question.
A single route for electrical current is called a branch circuit.
'Electricity' is the name given to a branch of science; it is NOT a quantity. So your question should read, 'How does an electric current flow through a parallel circuit?'The answer is that a parallel circuit is made up of two or more individual 'branches'. The sum of the currents flowing through each branch is the value of the current being drawn from the supply by the complete circuit.
A current of water is called a "stream" or "flow" while a current of air is referred to as "wind" or "breeze".
The correct term for the flow of electricity is current. Current is the number of electrons flowing per second in a circuit. The unit of electrical current flow is called the ampere. When 6.28 billion electrons pass a given point, this is called 1 coulomb. 1 coulomb per second is equal to 1 amp of current. Current flow is measured with an ammeter.
There are three primary components of soil ("dirt"): Sand, Silt, and Clay.
They are called "integrated circuits" (ICs) or "microchips." These circuits are composed of electronic components such as transistors, resistors, and capacitors that are interconnected to perform specific functions.
The charged particle that flows through circuits is an electron.
that is called a perfect circuit
The 2 simplest Electrical circuits areSeries Circuit - Same amount of current running through loads but voltage various by the resistance of the loadsParallel Circuit - Same voltage on the different loads by subject to the load resistance, the current passing through is different
The current in electrical circuits is the flow of electric charge. It is measured in amperes (A) using a device called an ammeter. The ammeter is connected in series with the circuit to measure the current passing through it.
Overloading of electric circuit means that the current circulating in the circuit becomes more than the capacity of components in the circuit to withstand the current. All components in the circuits have some resistance passage of electricity through this resistance produces heat which is directly proportional to the square of current flowing. The components are designed to withstand only that much of heat as is generated by maximum designed current. When the current is more than this level, or in other words when the circuit is overloaded the components get overheated, leading to their damage. Frequently electric circuits in homes, factories, and other electrical installations incorporate fuses, which are essentially circuit component which protect other components in the circuit by quickly melting or burning out when the circuit is overloaded, resulting in breaking of the circuit. In common language this is called blowing of fuse.
Capacitive reactance.
That flow of energy through systems or circuits is called current. Current is the movement of electric charge carriers, like electrons, through a conductor in a particular direction due to the presence of a potential difference.
A temporary source of an electric current is called a battery. It converts chemical energy into electrical energy to power devices or circuits.
Generally, a circuit with multiple paths is called "parallel" because of the structure of the wiring involved. Parallel circuits have identical voltage on all paths, while current through each path is variable; whereas series circuits, having only one path, has constant current, but variable voltage.
Sequential Logic circuits are a type of logic circuits in which its output depends on the current and last input (memory). a digital circuits that contain filp-flop is called as sequential ckt because its output at any time depend not only on its current input but also past sequence memory of past event.
Transferrer