Skip to content

Solved Problems

A Source of Free Solved Problems

Calculus
Electrical Circuits
Control Systems
- Stability
Nodal Analysis eBook
Contests

Tag Archives: single loop analysis

Problem 1-5: Single Loop Analysis

Solving circuit with single loop analysis without reducing

Posted byYazApril 14, 2010Posted inElectrical Circuits Problems, Resistive CircuitsTags: loop current, single loop analysis1 Comment on Problem 1-5: Single Loop Analysis

Search for:

Recent Posts

Solving a Simple Circuit of Three Elements
Power and Energy Conservation
Circuit Containing Only Sources
Find the current using superposition.
YouTube Channel

Recent Comments

Josephine Ajok on Mesh (Current) Analysis Problem
gohan on Problem 1-12: Using Voltage Sources to Determine Node Voltages
Anandarupa Neogi on Mesh (Current) Analysis Problem
ermi on Nodal Analysis – Dependent Current Source
LGR239 on Mesh Analysis – Supermesh

Archives

October 2019
August 2019
July 2019
April 2015
September 2014
October 2013
September 2013
November 2010
October 2010
September 2010
July 2010
June 2010
May 2010
April 2010

Categories

AC Steady State Analysis
Basic Concepts
Capacitors and Inductors
Derivative
Electrical Circuits Articles
Electrical Circuits Contests
Electrical Circuits Problems
Integral
Limits
Precalculus
Resistive Circuits
Stability
YouTube

Meta

Log in
Entries feed
Comments feed
WordPress.org

Tags

branch capacitor circuit reduction conductance current divider Current Source current source power dependent current source Dependent Voltage Source Differentiation Formula ebook Element Energy function Independent Sources indeterminate form KCL KVL KVL_KCL linear Nodal Analysis Nodal_Analysis node node voltage Ohm's law Power power calculation Power_Energy rational function reference node Resistor solving equations Source source_division supernode Superposition Superposition Method Superposition_Method thevenin equivalent circuit Thevenin_Norton Thévenin Turning sources off voltage divider voltage division rule Voltage Source

Solved Problems, Proudly powered by WordPress.