series combination parallel combination R1=150 Q R1=220 N R1=150 Q RI=220 Q AV(V) I(mA) AV(V) |(mA) 7.00 18.9 8.00 88.9 9.50 25.7 9.00 100.0 11.80 31.9 12.00 133.3 13.50 36.5 13.50 150.0 15.00 40.5 15.00 166.7 Use (sheet no. 9) in the attached excel file and the following equation V=RI . to plot the relation V vs I Exp(3) ohm's law data.xlsx Two resistors in series According to the values of R1 and R2 in the excel sheet, the equivalent resistance ( - Req ) = v the slope of V vs I is v and it's unit is • ? what does the slope represnt . Two resistors in parallel According to the values of R1 and R2 in the excel sheet, the equivalent resistance (. Req ) = v the slope of the graph V vs I is and it's unit is .
series combination parallel combination R1=150 Q R1=220 N R1=150 Q RI=220 Q AV(V) I(mA) AV(V) |(mA) 7.00 18.9 8.00 88.9 9.50 25.7 9.00 100.0 11.80 31.9 12.00 133.3 13.50 36.5 13.50 150.0 15.00 40.5 15.00 166.7 Use (sheet no. 9) in the attached excel file and the following equation V=RI . to plot the relation V vs I Exp(3) ohm's law data.xlsx Two resistors in series According to the values of R1 and R2 in the excel sheet, the equivalent resistance ( - Req ) = v the slope of V vs I is v and it's unit is • ? what does the slope represnt . Two resistors in parallel According to the values of R1 and R2 in the excel sheet, the equivalent resistance (. Req ) = v the slope of the graph V vs I is and it's unit is .
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