Equivalent Resistance of a circuit is obtained by calculating parallel and series elements in a circuit. A circuit may contain many series and parallel connected elements. In this topic on How to calculate Equivalent Resistance, we have to simplify the circuit elements. To find the value of a resistor, a multimeter of Resistor Color Coding method can be used. To calculate … [Read more...] about How to calculate Equivalent Resistance?
In this post, a clear explanation on KVL and KCL has been provided. Kirchoff's Current Law and Kirchoff's Voltage Law can be applied only a closed path or loop. Kvl & Kcl Also, read: Equivalent Resistance | Calculation Ohm's Law | example Kirchoff's Current Law : In the above circuit, the I1, I2, I3, I4, and I5 are the currents flowing through each terminal. … [Read more...] about Kirchoff’s Current Law and Kirchoff’s Voltage Law | KVL and KCL
Ohms law def and Ohms Law with an example is shown here. In other words, it can be called as the voltage is equal to the product of current and Resistance. If any two parameters are known the other parameter can be calculated by using the following formula. V = I R I =V/ R R = V/ I where 'R' is resistance. The unit of Resistance is Ohm. The reciprocal of … [Read more...] about Ohms Law def | Ohms Law with an example problem
In this post, I had explained about the Capacitor in Series and Capacitor in Parallel combination. If you want to know about what Capacitor is and its types, check this post. Also, read: Resistors in Series & Resistors in Parallel The capacitor in Series & Capacitor in Parallel Capacitors in Series: Let Capacitance C1, C2 and C3 be the three capacitors connected … [Read more...] about Capacitor in Series and Capacitor in Parallel
Resistors in Series and Resistors in Parallel Combination Resistors in Series: A combination in which resistors are connected in a sequential manner is called as Resistors in Series. A resistor in series combination possesses the same current throughout the series. This can further be explained by the following expression. Let Req be the Equivalent … [Read more...] about Resistor in Series and Resistor in Parallel Combination