PPT-Scientific Measurement Chapter 3

Measurements and Their Uncertainty 31 31 Measurements are fundamental to the experimental sciences For that reason it is important to be able to make measurements and to use them correctly when calculating answers. The ECU Measurement and Calibration Toolkit offers a lowcost alternative to the expensive turnkey measurement and calibration tools on the market It provides highlevel easytouse functions based on the Universal Measurement and Calibration Protocol X In Action. The comScore Roadmap for Multi-Platform Cross-Media Measurement and Results of the CIMM Study. Joan FitzGerald, SVP, Television and Cross-Media Solutions. It’s Simple, . RIGHT?. How Many?. PHT 1261C Tests and Measurements. Dr. Kane. Definition – anthropometry. What is it?. Why is it important?. Anthropometric Measurements. What do we measure?. Edema. Localized swelling. Joint effusion. Yan Luo. , Univ. of Massachusetts Lowell. Co-PI: Cody . Bumgardner. , Univ. of Kentucky. Co-PI: Gabriel . Ghinita. , Univ. of Massachusetts Boston. Co-PI: Michael . 1. Statistical Significance and Performance Measures. Just a brief review of confidence intervals since you had these in Stats – Assume you've seen . t. -tests, etc.. Confidence Intervals. Central Limit Theorem. Six Sigma Foundations. Continuous Improvement Training. Six Sigma Simplicity. Key Learning Points. Data Needs to be:. Verifiable. Reliable. Correct. Stakeholders Believe Data . AGENDA. What is Measurement Systems Analysis. Plenary address to the 2015 Symposium of the Pacific Rim Objective Measurement . Society. William P Fisher Jr PhD. University. of California, . Berkeley, California . Robert F Cavanagh PhD. Curtin University, Perth, Western Australia. Qualitative. = descriptive, non-numerical.. . ex. : the mornings are getting very cold.. Quantitative. = numerical, definite measurement. . ex. : the temperature was 65°F this morning.. Scientific Measurement: Metric. 3.1 Measurement and their uncertainty. Using and expressing measurements. Measurement: a . quantitiy. that has both a number and a unit.. 60 mph, 85 degrees . Farienheit. . Measurements are fundamental to the experimental sciences. Because of that, it is important to be able to make measurements and decide whether a measurement is correct. . Section 1: Observation, Describing quantities, and Estimation. Section 2: Measurement uncertainty, Error propagation, and Analytical methods. Section 1 Objectives. . Core Principles. Physics and Observation. 8-28-17 Results of Scientific Inquiry; Scientific Theory vs. Scientific Law Do Now: Answer the following question in your Science Notebook. Why might you engage in scientific inquiry? We do so to find answers to questions about nature. Jean-Luc DUFOUR, Nicolas PEPIN, Clément . DEYGLUN, Anne-Laure WEBER. Institut. de Radioprotection et de . Sûreté. Nucléaire. Jean-luc.dufour@irsn.fr. Optimization of the traditional enrichment meter method applied to uranium enrichment measurement in 30B and 48Y UF6 cylinders. . A . number. A . unit. Example: . 5. cm. Scientists (and we will) use the SI system. Système. International . d’unités. The SI units = METRIC. There are only 3 countries in the whole world using the ENGLISH SYSTEM of measurement. time-resolved Resonant Inelastic X-ray Scattering. Figure(s) . short figure caption or label. What is to be measured?. What processes, properties etc. will be probed. Why is this information important?.