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Education Education comes from Latin word "Educare", which means Bring Up or Raise yourself. There Many Definition by our Great Leader and Scientist is given following, Bhagavad Geeta: "Nothing is more purifying on Earth than Wisdom". Tagore:  " Education is the Widest path to get or to leading solution of all Problems". Gandhi Ji: " By the Education drawing out of the best development in the human body specially in child". Plato: " Education is the capacity to feel Pleasure and Pain at the right moment". Now we will discuss about types of Education: There are Universal definition for the type of Education and is followed by the all Nation, Now we all get about what is Education. According to my observation, "Education is the only thing from which we can get outcome of all Problems, Behaviour, Personal Skills, Personality Development or anything else comes in your mind that is cause of Education only" . 1. Formal Education:   ...

 Kirchhoff's Law Kirchhoff's Circuit law are two types that deals with current and Potential (Voltage) difference in the electrical circuits. 1. Kirchhoff's Voltage Law (KVL):                                                         Kirchhoff's Voltage law states that "the algebraic sum of  all branch voltages around any closed loop of the network is always zero at all instant of time. i.e.                                                 V+V1+V2+V3 = 0 All element's voltage act in Opposite direction of the voltage source. KVL is the consequence of law of conservation of energy. Voltage said to be as Energy per unit charge. So, if  Voltage or Energy source is increases then drop voltage of each elements will rise which...

Network Analysis by Kirchhoff's Law, Node and Mesh Analysis Click this Link for Kirchhoff's Law | KCL and KVL Network Analysis: It is defined as the determination of output response. Network Analysis deal with the determination of Output response of Network while Network Synthesis deals with the determination of network. The techniques which can be used for analyse the output response are based on Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL). KCL and KVL also used to reduce series and parallel combinations of elements. Here are some basic noted things which have to understand clearly. Node: A point at which two or more elements have common connection is called Node. in another word we can say Node is the point of intersection where two or more path joint or distributed together.            At Node,                            Total incoming current = Total outgoing or d...

 Problem-Solving Skills or Strategies for Numericals: We all know that when we started to solve any problem then first question and problem comes that how to Start? When anybody asked to describe single most frustrating part of circuit analysis then the majority of students feel that it is knowing how to start the problem. The another most difficult part is obtaining a complete set of equations and arrange them in such a way as to appear more easier in further problem solving. here i get guided by the Made Easy institute to follow this flowchart. in this flowchart you will get proper skills for solution any problem in easiest way. Remember that it Chronological order as well as the performance of each task that leads to success. FlowChart is given Following:

Source Transformation: Source transformation can be defined as simple replacing one source by an Equivalent source and Voltage source can be transform in current source and vice-versa. Conversion of Voltage Source in to Current source:   here going to explain different types of source transformation including transformation of voltage and current source are give following: Series adding configuration of voltage source: Series Opposing configuration of Voltage source: When two or more voltage source in parallel: When Resistance in Parallel with Voltage source: Conversion of Current Source in to Voltage Source: When two or more current source are in parallel with same direction: When two or more current source are in parallel with Opposite direction: When two or more Current source are connected in series: When a Resistance in series with Current source: Dependent Source: As we know in circuit of independent source, value of the source quantity does not affected in any way by activit...