**Difference Between Series And Parallel Circuit**

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Students learn to: Identify the difference between series and parallel circuits. Compare parallel and series circuits in terms of voltage across components and the current through them. Discuss how potential difference between different points around a circuit varies. Identify the uses of ammeters and voltmeters. Explain why ammeters and voltmeters are connected differently in a circuit. Explain why there are different circuits for lighting, heating and other appliances in a house. Students: Have the groups connect additional light bulbs to each circuit, observing the brightness of the bulbs as they are added. Discuss the apparent difference between the parallel and series circuits. Ask: □ What did you observe when light bulbs were added.to the series circuit? □ Why do you think this happens? □ Did the same thing happen when light bulbs were added to the parallel circuit? □ Why do you think the light bulbs stayed brightly lit in the parallel circuit? Explain that in the How to find the equivalent impedance of two impedances in parallel. • How to find the total impedance of an ac network and reduce it to an equivalent series circuit. • How high, low, and bandpass filters work, and how to analyze these circuits. PARALLEL AC CIRCUITS C hapter 21 covers series ac circuits containing a resistor, an inductor, and a capacitor. This chapter studies parallel ac circuits containing the same components. The difference between series and parallel ac circuits is Parallel.circuits supply a greater total current than series circuits when all other factors are the same. An interesting phenomenon occurs when the effect on voltage is compared, instead of current, using resistances. Note that the series circuit supplies 30 volts, whereas the parallel circuit supplies 10 volts. Series circuits supply greater total potential difference than parallel circuits when all other factors are the same. The difference between series and parallel circuits when the same When components are wired in parallel within a circuit, the electric current divides into two or more paths before recombining to complete the circuit. The current flows through three LEDs wired in parallel, and the electric current is split.among the three of them equally. Note: the evenness of the split is contingent on the three LEDs being the same type. • The key difference between series and parallel circuits relates to current flow. In a series circuit, there is only one pathway for energy Parallel. Circuit. Recall from the last chapter the important characteristic defining a series circuit is only one path for current exists. Therefore, the current through all components is the same. Because of this fact, the voltage distribution Only one path for current flow Two (or more) paths for current flow FIGURE 54 A basic difference between series and parallel circuits FIGURE 55 In parallel circuits, current through each branch is inversely proportional to each branch's.resistance.Design a simple burglar alarm circuit that will sound a buzzer when your bedroom door is opened. . Build a circuit capable of controlling two 9volt motors. Each motor should be controlled separately. . In a series circuit, if the resistance is decreased and the voltage remains the same, what should happen to the current? . Draw a schematic diagram showing a voltage source, an ammeter, and a resistor. . Explain the similarities and differences between series and parallel circuits.Figure 4.1 shows the general circuit details. There is one other basic difference between series and parallel circuit considerations and that lies in the choice of a reference phasor. In series circuits where, as we have seen, the current is common.to all parts of the circuit, we have taken the current as our reference phasor. In parallel circuits the applied voltage V is common to all branches of the circuit; as a consequence we now choose V as our reference phasor and relate the various CIRCUITS A circuit is any complete path through which current can flow. If two or more devices such as light bulbs are connected in a circuit so that the same current must flow through all of them, that is a series circuit. If two or more devices are connected so that the same voltage is present across all of them, that is a parallel circuit. Figure 28 illustrates the difference between series and parallel circuits. A short circuit is a direct connection, usually unintentional, between two.points in a Series circuit . Parallel circuit. FIGURE 4.1 Series and parallel circuits where P = power (in W) V= voltage (in V) / = the current (in A) At the scale of buildings we are often talking in terms of thousands of watts, so we often use the term kilowatt (kW) when we start combining lights in circuits. 4.1.1 Series and Parallel But between one circuit and another circuit there is the difference between the peak of one, and twothirds of the way into the valley of the other. Thus, different voltages may