Basic Engineering Circuit Analysis (11th Edition)

Chapter 2

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; Determine the value of conductance- ; more

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; Apply KCL at both the top nodes of circuit. ; ... more

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; Apply KVL to find out the value of ; Apply KVL ... more

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; Apply KVL in circuit- ; Apply KVL to find out ... more

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; Apply ohms law to determine the value of ... more

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; Find the value of circuit current- ; Apply KVL ... more

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; Apply current division rule to determine the ... more

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; Find the equivalent resistance of parallel ... more

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; Find the equivalent resistance of series ... more

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; Find the equivalent resistance of series ... more

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; Find the equivalent resistance of series ... more

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; ind the equivalent resistance of the circuit... more

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; Find the equivalent resistance of the circuit... more

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; Find the current in (\mathrm{30\;k\Omega}\) ... more

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; Apply current division rule to find out the ... more

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; Find the equivalent resistance of the middle ... more

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; Find the equivalent resistance of the left hand... more

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; Apply KVL in the circuit- ; Solve voth the ... more

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; Apply star delta conversion to simplify the ... more

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; The given circuit is the wheatstone bridge, so ... more

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; Apply delta to star conversion of resistance to... more

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; Determine the voltage across the resistor by ... more

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; Apply current division rule to find out the ... more

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; Apply KVL to the circuit and find out the value... more

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; Apply KVL to the circuit and find out the value... more

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; Find the equivalent resistance of parallel ... more

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; It is given that current through resistance is... more

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; Determine the voltage across various resistors... more

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; Find the value of current- ; Determined the ... more

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; Find the value of voltage by application of the... more

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; Power absorbed by resistance is given by- ; ... more

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; Power absorbed by conductance is given by- ; ... more

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; Find the value of current- ; Determined the ... more

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; Find the value of total current- ; Determined ... more

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Yes, there is a good and significant reason for ... more

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; Apply the Kirchoff's current law at node A to ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL at middle node of circuit and find ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KCL in circuit and find the value of ... more

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; Apply KVL to find out the value of ; more

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; Lets consider the current leaving node(left ... more

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; Apply KCL in the circuit- ; Solve equation (3) ... more

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; Kirchhoff voltage law (KVL) states that the sum... more

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; Apply KVL to find out the value of voltages- ; more

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; Apply KVL to find out the value of ; Apply KVL ... more

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; Apply KVL in circuit to find out the value of... more

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; Apply KVL in circuit to find out the value of... more

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; Apply KVL in circuit to find out the value of... more

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; Apply KVL in circuit to find out the value of... more

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; Lets consider the left node as node , middle ... more

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; Apply ohm's law to find out the current flowing... more

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; Apply KVL in circuit to find out the value of ... more

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; Using Ohm's law to find current flowing through... more

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; Find the value of current in circuit- ; ... more

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; Find out the value of circuit current and - ; ... more

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; Apply KVL to find the value of current in ... more

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; Apply ohm's law to find circuit current in ... more

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; Apply KVL to find out the value of circuit ... more

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; Apply KVL to find out the value of voltages- ; more

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; Apply KVL to find out the value of circuit ... more

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; Apply KVL to find out the value of circuit ... more

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; Apply KVL to find out the value of circuit ... more

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; Find out the value of circuit current ; Apply ... more

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; Find out the value of circuit current ; Apply ... more

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; Apply KVL to find out the value of circuit ... more

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; Apply KVL in the circuit- ; Find the value of ... more

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; Apply KVL to find out circuit current and value... more

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; Apply KVL in the circuit- ; Using above ... more

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; Apply KVL in circuit to determine the value ... more

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; Find the equivalent resistance of parallel ... more

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; The extreme resistors are and . The equivalent... more

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; Find the equivalent resistance of the circuit ... more

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; The current leaving the top node is taken as ... more

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; Apply KCL to find out the value of ; Find out ... more

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; Apply KVL across the loop where all resistors ... more

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; From circuit we can write- ; Solve both the ... more

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; From circuit we can write- ; Solve both the ... more

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; As current in resistance is , so current in ... more

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; Find the equivalent resistance of the middle ... more

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; Voltages in parallel branches are always equal... more

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; Voltages in parallel branches are always equal... more

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; Find the equivalent resistance of parallel ... more

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; Find the equivalent resistance of the parallel ... more

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; Find the equivalent resistance of the circuit... more

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; Find the equivalent resistance of the parallel ... more

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; Find the equivalent resistance of the series ... more

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; Find the equivalent resistance of the series ... more

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; Find the equivalent resistance of the series ... more

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; Consider the figure as following and calculate ... more

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; Find the equivalent resistance of the circuit... more

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; Total resistance of figure is calculated as ... more

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; Total resistance of figure is calculated as ... more

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; Simplifying the circuit:Considering the right ... more

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; At the top of the circuit, the two resistors ... more

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; The is in series with . Their combination is ... more

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; Calculate the value of current having voltage... more

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; The total resistance faced by the source is ... more

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; Find the equivalent resistance of the middle ... more

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; The left hand side equivalent resistance is ... more

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; Consider current in first loop is , current in ... more

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; Consider current in first loop is , current in ... more

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; Find the equivalent resistance of the right ... more

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; Here, we need to find series equivalent of ... more

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; Find out the net current in the circuit- ; ... more

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; Minimize the circuit as follows by determining ... more

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; The middle part of the circuit forms a balanced... more

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; The middle part of the circuit forms a balanced... more

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; The connection of resistors , and forms a ... more

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; The right side part of the circuit forms a ... more

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; Find out the current through the resistor. ; ... more

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; Assign the current notation in circuit. Find ... more

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; Find the equivalent resistance of the left side... more

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; Assign the current notation in circuit and find... more

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; Assign the current notation in circuit and ... more

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; Assign the current notation in the circuit and ... more

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; Assign the current notation in the circuit and ... more

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; Find out the voltage across current source. ; ... more

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; Assign the current notation in the circuit and ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Lets consider , , resistors joining node(left ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; Assign the current and voltage notation in the ... more

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; In given figure resistance , and are in star ... more

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; Assign the notation in the circuit and draw the... more

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; In the given circuit the left side and right ... more

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; In the given figure resistance three ... more

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; Simplified the series and parallel connected ... more

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; In the given figure , and resistances are in ... more

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Current = Amp ; Find the value of current through... more

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; Consider that current is flowing in the last ... more

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; Remove the current source and realize the ... more

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; Realize the given circuit and apply KVL to ... more

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; By realizing the circuit it is observed that ... more

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; Consider that, the node voltage is given as .It... more

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; Consider that is the top node voltage across ... more

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; The voltage across any parallel branch is ... more

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; The voltage across the parallel branches in the... more

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; Let the voltage across the resistor in the ... more

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; Calculate the value of equivalent resistance ... more

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; Calculate the expression of by using the ... more

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; Consider that the current is flowing in the ... more

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; Let the voltage across any parallel branch in ... more

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; Assume that;The current across resistor is ... more

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; Assume that;The current across the resistor in... more

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; Assume that;The current across resistor is ... more

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; Assume that;Where, is flowing across resistor ... more

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; Assume that; is the voltage drop across ... more

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With the given value of resistances the power ... more

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With the given value of components the value of ... more

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Lets take and . From given circuit the and are ... more

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Calculating the resistance in wrong manner will ... more

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Use the relation to find current I and substitute ... more

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Calculating the power in the wrong manner will ... more

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Calculating the current  in the wrong manner will ... more

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Calculating the output voltage in the incorrect ... more

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Apply Kirchhoff's current law to find voltage . ... more

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Calculating the current   in the incorrect manner ... more

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