Hey! This is Anil and I am going to explain you about Equivalent Resistors in Parallel Connection and explain you about the equation of combination of parallel connection in this video so watch this full video and I am sure that at last you will come to know about what is parallel resistors and what is equation of parallel resistors. So I hope you will enjoy this video. For better understanding you can follow the notes given below:-<br /><br />Combination of Resistors in Parallel Connection:-<br /><br />If there are more than one path for the flow of electric current in a circuit then the combination of such resistance are called “Resistors in Parallel Connection”.<br />Consider resistors R1 R2 R3 which are connected in parallel. The current splits into three and flows through the each resistors but the voltage remains same across each resistors.<br />Therefore total current I = i1 + i2 + i3<br />The potential difference across R1 = V1 = i1R1 =} i1 = v/R1………………. (1)<br />The potential difference across R2 = V2 = i2R2 =} i2 = v/R2……………….. (2)<br />The potential difference across R3 = V2 = i3R3 =} i3 = v/R3…………………. (3)<br />In each case of parallel connection the equivalent resistance (R) and current (i) then<br />Ip = v/Rp……………….... (4) <br />Therefor ip = i1 + i2 + i3<br />From the above equations <br />v/Rp = v/R1 + v/R2 + v/R3<br />V/Rp = V [ 1/R1 + 1/R2 + 1/R3 ] Here L.H.S of “V’ and R.H.S of “V” get cancel. <br />1/Rp = 1/R1 + 1/R2 + 1/R3 <br />For “n” number of resistors in parallel connection is <br />1/RP = 1/R1 + 1/R2 + 1/R3 +_____________________+Rn.<br /><br />So this is the notes you can follow this and if have any doubts you can ask me by commenting in my comment box <br /><br />For more video please LIKE and SUBSCRIBE to my channel #EducationLife.
