4. Which experiment do you think gave you a better result for the resistivity of your wires? Support your answer with ev

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4. Which experiment do you think gave you a better result for the resistivity of your wires? Support your answer with evidence from this lab. 5. What is it about the design the experiment you chose in the previous question that resulted in a better resistivity? Cite the differences in the sources of error between the two experiments to support your answer.
R=V Chosen Wire Diameter, D=. Cross-sectional Area of Wire, A=. ما کشت Wire Length (m) ·020. brocol P Chosen Wire Length, L. L Wire Diameter mmfom (-3) 1.5 1.76 Slope of Graph=. Part 2: Varying the Diameter of the Resistor 25.3 ·0205 10172 16151 -0086 Table 2.1: Data for Varying Length Voltage (V) Cross-Section Area cm L001 1.0014 1.96×10 0.119 ·0018 5 3.24x10 cm Calculated Resistivity. Perp, -3 m² Table 2.2: Data for Varying Length Voltage (m²) mu tov 0019 3.6×106 00207 (V) 2.56×10047 0,031 Current (A) 1.5 1.5 1.5 1.5 Current (A) 1.4 1.3 1.4 Resistance (92) -0136 -ot .0057 Resistance. (2) 0138 0336 · 0915 ·0221 Slope of Graph= Calculated Resistivity, Perp,2=. Include your graphs of Resistance vs Length and Resistance vs 1/Area. Ensure that your graphs include a title, axis labels, units, a trend-line, and the equation of best fit.