You have gone into the lab to find that someone has done current and voltage measurements forthese resistor combinations already. The voltage across just resistor R1 is found in column V₁;the voltage across just resistor R₂ is in column V2, and the voltage across the series combinationof resistors is in column Vror. The current through the ammeter is in column.I.123R₁(22)101033R₂(52)103333Part 1: Series circuits1(A)V₁(V)0.2512.5190.1171.1870.076 2.511V₂(V)2.4983.8262.502VTOT(V)5.005.005.00Req(Ohm Law)(52)Req(Using therule for seriesresistors)(12)PART 1 ANALYSIS1Examine the data from Part 1. According to the textbook what should be the relationshipbetween the three voltage readings: V₁, V₂, and Vror? How do the data support this? 5. For each of these three series circuits, calculate the percent error between your experimentalresult from Ohm's Law and the predicted equivalent resistance value for series resistors.Do these values seem reasonable, given that resistors are labeled with percent toleranceratings that allow for their real resistance values to differ from their labeled values?2

Required : To find the percentage error in measurement of equivalent resistance.

You have gone into the lab to find that someone has done current and voltage measurements for these resistor combinations already. The voltage across just resistor R1 is found in column V₁; the voltage across just resistor R₂ is in column V2, and the voltage across the series combination of resistors is in column Vror. The current through the ammeter is in column. I.

You have gone into the lab to find that someone has done current and voltage measurements for these resistor combinations already. The voltage across just resistor R1 is found in column V₁; the voltage across just resistor R₂ is in column V2, and the voltage across the series combination of resistors is in column Vror. The current through the ammeter is in column. I.