Distinction among Series and Parallel Circuits

Segments of an electrical circuit or electronic circuit can be associated from multiple points of view. The two most straightforward of these are called arrangement and resemble and happen as often as possible. Parts associated in arrangement are associated along a solitary way, so similar current moves through the entirety of the segments. Segments associated in equal are associated along different ways, so a similar voltage is applied to every part.**Series Circuit**

Only ONE path for current to flow in a closed circuit

Current remains the SAME in all parts of the circuit

Voltage is DIFFERENT from each component

total power supplied is the sum of powers consumed in each circuit components like P_Total=P_1 P_2 …** Parallel Circuit **

Current is DIFFERENT through each component of the circuit (according to their resistance values)

Voltage remains the same across each component of the circuit

total power supplied is the sum of powers consumed in each circuit components like P_Total=P_1 P_2 …

Distinction among Series and Parallel Circuits

Segments of an electrical circuit or electronic circuit can be associated from multiple points of view. The two most straightforward of these are called arrangement and resemble and happen as often as possible. Parts associated in arrangement are associated along a solitary way, so similar current moves through the entirety of the segments. Segments associated in equal are associated along different ways, so a similar voltage is applied to every part.**Series Circuit**

Only ONE path for current to flow in a closed circuit

Current remains the SAME in all parts of the circuit

Voltage is DIFFERENT from each component

total power supplied is the sum of powers consumed in each circuit components like P_Total=P_1 P_2 …** Parallel Circuit **

Current is DIFFERENT through each component of the circuit (according to their resistance values)

Voltage remains the same across each component of the circuit

total power supplied is the sum of powers consumed in each circuit components like P_Total=P_1 P_2 …

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