Basic Engineering Circuit Analysis (11th Edition)

Chapter 3

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The equation at node in the circuit is .The ... more

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The value of voltages are given below. ; Apply ... more

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The value of voltage is . ; Apply the Kirchhoff's... more

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The value of voltage is .The value of voltage is... more

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; The equivalent resistance  of resistor   and   ... more

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The value of voltage in the circuit is . ; Lets ... more

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; Apply Kirchhoff's current law at node to ... more

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; Let's suppose the input node is and the node ... more

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; The voltage at node 1 is . The voltage at node ... more

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; The voltage and forms a super node this is ... more

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; The value of current is .Substitute value of ... more

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; Let's suppose the input node is and the node ... more

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; Let's suppose current flow in input loop in ... more

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; Suppose,Current is flowing in loop 1 which ... more

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; The current in the left loop is . Kirchoff's ... more

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; Suppose,Current (clockwise) is flowing in loop ... more

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; The current is flowing in loop 1 which consist... more

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; Suppose,Current (clockwise) is flowing in loop ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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The value of currents is given below. The time ... more

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Both the methods are giving the same results but ... more

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; The current in the left loop is taken as .The ... more

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; To find the value of the apply the mesh ... more

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; Assume the a node with voltage at the junction... more

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; Assume the a node with voltage at the junction... more

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; In the given circuit apply the nodal analysis ... more

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; The current entering into right side network of... more

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; Assume a node with the voltage at the point ... more

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; Assume two nodes with voltage  and in the ... more

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; Apply the KCL at first node of voltage in the ... more

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The node equations in the matrix form isNode ... more

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; In the given circuit, assume the first node ... more

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; Assume first node with voltage at the top in ... more

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; In the given circuit assume first node with ... more

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; In the given circuit assume a node with voltage... more

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; The Kirchoff's voltage law is applied to find ... more

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; In the given circuit assume a node with voltage... more

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; In the given circuit assume first node with ... more

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; In the given circuit assume first node with ... more

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; Assume that the outer path represents loop1.  ... more

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; Consider that the node between and resistors ... more

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; Consider that the node between voltage source ... more

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; Consider that;Node between current source and... more

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; Consider that;Node between voltage source and... more

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; Assume that;Node between voltage source and ... more

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; The value of node voltage is given by .The ... more

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; Assume that;The top most node is represented as... more

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; Assume that,The node corresponding to positive ... more

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; Assume that;The node voltage towards the left ... more

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; Assume that;The node corresponding to positive ... more

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; Assume that;The node corresponding to the ... more

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; Assume that;The node corresponding to voltage ... more

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; Assume that;The node corresponding to negative ... more

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; Assume that;The left most node is represented ... more

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; The node corresponding to positive terminal of... more

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; Assume that; is entering into the positive ... more

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; Assume that,The node towards the left side of ... more

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; Assume that;The node corresponding to positive ... more

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; Assume that;The node corresponding to left side... more

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; Assume that;The leftmost node is represented as... more

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; Node between voltage source and resistor is ... more

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The voltage is . ; Node between resistor and ... more

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The value of voltage in the circuit is because ... more

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The Value of voltage is . ; Node between ... more

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The value of current in the circuit is ; Let be ... more

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; Node between resistor and resistor is ... more

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The value of current in the network is . ; ... more

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The value of voltage in the network is ; Node ... more

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The value of voltage in the network is . ; Node ... more

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The value of current in the network is . ; Node ... more

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The output voltage is . ; Node between resistor ... more

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; Node between dependent current source and ... more

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; Node between dependent current source and ... more

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; Node between resistor and resistor is ... more

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The values of current in the branches is .The ... more

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; Node between resistor and dependent current ... more

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; Find the value of in the circuit by using Ohm’... more

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; Node left side of voltage supply is ... more

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; Lets consider the resistances , connected  ... more

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; Current is flowing from node to .Current is ... more

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; In the given circuit mark the node with voltage... more

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; The voltage is equal to .The value of the ... more

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; In the given circuit, assume the first node ... more

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  ; For Nodal equations , assume all currents are ... more

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The value of node voltages are ; From the given ... more

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; Interconnection has zero resistance, so all the... more

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; From the given figure, Substitute the into the... more

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; In the given circuit, let is flowing in the ... more

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; In the given figure, let   is flowing in the ... more

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; In the given circuit, let current is flowing ... more

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; In the given circuit, let current is flowing ... more

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; In the given circuit, let current is flowing ... more

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; In the given circuit, assume current is ... more

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; From the given figure, the current is flowing ... more

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; In the given circuit, Let current flowing into... more

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; In the given circuit, let current is flowing ... more

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; In the given circuit, let is flowing in the ... more

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; From the given circuit, let current is flowing... more

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; In the given figure, let is flowing in left ... more

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; Let is flowing in the upper right loop and is... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;The Current (Clockwise) is flowing... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that;Current (Clockwise) flows in below... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;Current (Clockwise) is flowing in ... more

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; Assume that;The current (Anti-Clockwise) is ... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that;Current (Anti-Clockwise) is ... more

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; Assume that, the current (Clockwise) is ... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that, the current (Clockwise) is ... more

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; It is observed that;Apply Kirchoff's current ... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that;The current (Clockwise) is flowing... more

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; Assume that:The current (Clockwise) is flowing... more

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; Mark the loop loop currents , , ,  and    in ... more

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; Mark the loop currents ,  ,  ,  ,   and   in ... more

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; In the given circuit, let a node where a ... more

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; In the given circuit mark the node and . ; ... more

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; In the given circuit, let current is flowing ... more

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; In the given circuit, mark the nodes and for... more

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; In the given circuit, assume first node where ... more

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; In the given circuit, let currents , , and ... more

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; In the given circuit, let node which is ... more

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; In the given circuit let is flowing in left ... more

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; In the given circuit, let is flowing in the ... more

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; Let , and are flowing in the loop of the ... more

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; In the given circuit, let node , and as shown... more

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; In the given circuit, let node that is ... more

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; In the given circuit, let , and are flowing ... more

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Mesh equations are: ; From the given figure,... more

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; Let ,  and  are flowing in the loop of the ... more

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; From the given circuit, Substitute the and ... more

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; From the given figure, Apply the Kirchhoff's ... more

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Power delivered by the dependent source is ; From ... more

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; The current (clockwise) is flowing in loop 1 ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Current (clockwise) is flowing in loop 1 which ... more

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; Let the Top most node of circuit have potential... more

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; Top most node of the circuit is represented as... more

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Apply Kirchhoff’s current law at node in the ... more

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Kirchoff's current laws applied to the circuit ... more

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If Kirchhoff's current law is not applicable ... more

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Apply Kirchhoff's current law at node in the ... more

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If super node is not applicable properly then the ... more

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