In a series circuit the current remains the same throughout the circuit. This is not the case for parallel circuits.
a "LC circuit at resonance" and tuned circuits are the same
They are not. They are connected differently, and the voltages and currents behave in different ways.
There are many different types of circuits, but, in basic electricity, perhaps the two most common types of circuits are parallel and series.A parallel-connected circuit is one in which the current divides into two or more flows with at least one load on each flow, whereas a series circuit has only one flow that passes through two or more consecutive loads. The input voltage to a parallel-connected circuit stays constant - so every branch of the circuit gets the same voltage from the power supply - but there is a different current flowing in each branch dependant on the resistance of the loads in that branch. Overall, no current gets lost because any current entering a particular junction (leading to branches) is always equal to the current leaving that junction.In a series-connected circuit the input current stays constant and the voltage is divided amongst the loads which are connected like links in a chain: each load component (a light, a resistor, etc.) is connected "head to tail" to the next one in the series circuit.A more complete answerActually there are four types of circuit, not two. These are series circuits, parallel circuits, series-parallel circuits, and complex circuits.'Complex circuits' (which are not necessarily complicated) describe any circuit that is not series, parallel, or series-parallel - a Wheatstone Bridge is an example of a complex circuit.The techniques for solving series, parallel, and series-parallel circuits cannot be used for solving complex circuits. Instead, network theorems, such as Thevenin's and Norton's Theorems must be used.
As we know V=IR, by changing the voltages in the two different circuits, we can maintain the same current even we have different resistance.
No, a series circuit is a specific type of electric circuit where the components are arranged in a single loop. An electric circuit refers to any closed loop system containing components like resistors, capacitors, and inductors through which current can flow. Series circuits are a type of electric circuit, but not all electric circuits are series circuits.
In a series circuit the current remains the same throughout the circuit. This is not the case for parallel circuits.
a "LC circuit at resonance" and tuned circuits are the same
Same as any other kind of resistor, they're used to control voltages and currents in electric circuits.
Yes, in a circuit with no current draw, the potential difference is the same at every point in the circuit. This is due to the conservation of energy principle in electric circuits.
If the two circuits have the same input impedance they are equivalent in respect of the input impedance.
Cell switched services can provide the same features that dedicated circuits offer. their advantage over dedicated circuits is that a single device can connect to multiple devices on the same interface. The downside of these services is that they are not available at all locations, they are difficult to setup and troubleshoot, and the equipment is expensive.
Yes and no Pickups are not as stringently safety regulated by the government, but this is getting much better. Most have the same basic features. Large trucks are not tested or regulated to the same existent as cars at all and are not required to have many of the feature's.
No, elements and features are not the same thing. In graphic design, an element refers to basic design components like lines, shapes, and colors. Features, on the other hand, are distinct characteristics or functions of a product or service.
Animals adapt by changing little features to adapt.
For the same reason you need to eat. Without food as fuel you go on strike, and so does an electric car. It has a basic requirement that we put something in before we get anything out.
Longitudinal current refers to the flow of electric charge along the length of a conductor, as opposed to transverse or lateral currents which flow across the conductor. It is commonly found in transmission lines and circuits where charges move in the same direction as the applied electric field.