Mesh Analysis

The Mesh-Current Method, also known as the ... Method

• Loop-Current
• Loop-Voltage
• Loop-Resistor
• Loop-Transistor
• Loop-Capasitor

As a general rule of thumb, only label inside loops in a ... direction with circulating currents as the aim is to cover all the elements of the circuit at least once.

• clockwise
• north
• south
• east
• west

If the voltage source (dependent or independent) is connected between two nonreference nodes, then...

• The one reference node form a generalized node/supernode
• The two nonreference nodes form a generalized node/supernode
• The two nonreference nodes not able to forming a generalized node/supernode
• The nonreference node form a generalized node/supernode
• The two nonreference nodes form either generalized node or supernode

A supernode has...

• No current of its own
• No circuit of its own
• No voltage of its own
• No input of its own
• No output of its own

In mesh analysis using ... for analyzing circuit

• Mesh voltage
• Mesh resistance
• Mesh current
• Source voltage
• Source current

When two meshes have dependent or independent current source in common, we can called ...

• Dependent mesh
• Independent mesh
• Supermesh
• Node and mesh
• Mesh analysis

Mesh analysis employs the method of

• KVL
• KCL
• Both KVL and KCL
• Neither KVL nor KCL
• All Wrong

The first step in mesh analysis is to draw and name the rotation … as shown above

• voltage
• current
• resistor
• capasitor
• transistor

Mesh analysis can be used for

• Planar circuits
• Non-planar circuits
• Both planar and non-planar circuits
• Neither planar nor non-planar circuits
• 2 and 3 are true

in mesh analysis, which parameter is unknown

• voltage
• resistance
• impedance
• current
• conductivity