Data Part 1: Block of vood Metric Unit English Unit Trial Length(cm) Width (cm) Trial Length(in) Width (in) 1 1 2 2 Average Average Part 2: Cylinder Trial Diameter (cm) Circumference (cm) een KS 1 2 Average Part 2: Vernier Caliper Trial Diameter (cm) Circumference (cm) 1 2 AverageQuestions Part 1: 1. Equivalent of inches to centimeter from your data 2. What is the advantage of the metric system over the English system? 3. Area in cm' and in' of the block of wood. Part 2: Compute the following: 1. Average value of Circumference = diameter 2. Accepted value of pi (Tr) = 3.14, compare this with your answer in no 3.. Er of your answer. 4. A man is 6 feet and 11/2 inches tall. What is his height in centimeters? 277 Measurement Experiment # 1 Materials meter stick, ruler, vernier caliper, 3 pcs. rectangular wooden block cylinder Pocedure Part 1: 1. Carefully examine a meter stick and ruler, familiarize your self with metric and the English divisions 2. Using meter stick or ruler, measure the length and width of one face of a wooden block in centimeter. Repeat two times and record your observations. Compute the average; consider this as true values for the length and width. 3. Repeat the measurement of the length and width in inches and average as before. Record your data on the table below. Part 2: 1. Measure the diameter of a cylinder by placing it between 2 blocks of wood and then measure the distance between the blocks. 2. Record your data on the table below. 3. Measure the circumference of the same object by wrapping around a thin strip of paper. Mark where the paper overlaps then measure the distance between these marks. 4. Make two trials and average the value ;. Part 3: 1. Follow the procedure in Part 2 but use a vernier caliper 2. Record the result in the table below NIVERSITHello tutors! Please help me make a problem and a hypothesis out of this experiment. I mean, what is the main problem and what hypothesis could be made out of this experiment?| TITLE : Measurement STATEMENT OF THE PROBLEM: why do we need to examine and familiarize the different measuring instrumente when getting the accurate measurement ? STATEMENT OF THE HYPOTHESES : If an appropriate instrument used provide the same result consistently , then we can modify accurate, valid and reliable measures