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How can we easily turn mixed combination of resistors in to simpler combination of resistors ( series or parallel combination of resistors)?
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Hey.....!!! :)) ✌️✌️
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Simpler Combination of resistor:-
Resistors can be connected both in series, parallel or a combination of both. In series circuit electrons travel only in one path. Here the current will be the same which passes through each resistor. The voltage across resistor in a series connection will be different.
Combination of Resistors
Resistors can be combined in two ways; series and parallel. Combination of more than one resistor is called equivalent resistor. We first look at the resistors in series;
Resistors in Series
a. In this types of circuit, amount of currents passing through the resistors are equal and this current comes from the battery.
i=i1=i2=i3
b. Sum of the potential differences of each resistor is equal to total potential difference of the circuit or potential difference between the ends of battery.
V=V1+V2+V3
c. If ,
V1=i1.R1
V2=i2.R2
V3=i3.R3
V=V1+V2+V3
i.Req=i1.R1=i2.R2=i3.R3
Since the currents are equal to each other.
Req=R1+R2+R3
When you add new resistors to the circuit in series, equivalent resistance of the circuit increases.
______________
______________
I hope it's help you....!!! :)) ✌️✌️
________________
________________
Simpler Combination of resistor:-
Resistors can be connected both in series, parallel or a combination of both. In series circuit electrons travel only in one path. Here the current will be the same which passes through each resistor. The voltage across resistor in a series connection will be different.
Combination of Resistors
Resistors can be combined in two ways; series and parallel. Combination of more than one resistor is called equivalent resistor. We first look at the resistors in series;
Resistors in Series
a. In this types of circuit, amount of currents passing through the resistors are equal and this current comes from the battery.
i=i1=i2=i3
b. Sum of the potential differences of each resistor is equal to total potential difference of the circuit or potential difference between the ends of battery.
V=V1+V2+V3
c. If ,
V1=i1.R1
V2=i2.R2
V3=i3.R3
V=V1+V2+V3
i.Req=i1.R1=i2.R2=i3.R3
Since the currents are equal to each other.
Req=R1+R2+R3
When you add new resistors to the circuit in series, equivalent resistance of the circuit increases.
______________
______________
I hope it's help you....!!! :)) ✌️✌️
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