OBJECTIVES: 1) Measure the resistance as function of the wire length. 2) Determine the experimental value of the resistivity of wire material. MATERIALS:(5 points) Ruler 6-volt power supply Voltmeter Connecting cables (one per group) Alligator cables EXPERIMENTAL PROCEDURE: 1. Draw a circuit to measures voltage and current.(5 points) 2. Write the Pouillet's Law and the name of each term.(10 points) EXPERIMENTAL RESULTS AND ANALYSIS PART 1. Poulliet's Law. Relationship between the resistance and the length of a wire. 1.1.Complete the data tables. (10 points) *done* Run Length (m) Resistance () 1 0.20 1.5 2 0.40 1.7 3 0.60 2.0 4 0.80 2.3 5 1.00 2.5 1.2. Open LoggerPro, Plot a graph of Resistance vs Length. Obtain the best equation fit. Attach the graph (very clear and legible).(10 points) 1.3. What relationship dig you get between the resistance and length. Explain. (10 points) 1.4. What physical magnitude are related to parameter m (slope)?. (10 points) CONCLUSIONS: Critical analysis about the fulfillment of each objective. (Write two separate paragraphs, also comment the errors in the measures system and magnitudes that not taking in account in the mathematical model). (10 points) 1) 2) Errors