www.faro.com FARO Laser Tracker ION™ Agile ADM Acquire targets even if they are moving; no need to switch between ADM and IFM systems SelfComp Automatically tunes Laser Tracker parameters to ensure high accuracy Versatile Mounting Options Mounts vertically‚ horizontally or upside down*‚ providing versatility in tight or congested areas *Inverted mounting requires the use of the integrated threaded ring. Instant-On Laser No warm-up of the laser tube is required Smart Warm-Up Accelerates
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-3‚000 mG to 3‚000 mG‚ -300.0 uT to 300.0 uT‚ AC/DC PRECISION MILLI GAUSS METER Model : GU-3001 LUTRON ELECTRONIC ISO-9001‚ CE‚ IEC1010 DC/AC milligauss magnetometer PRECISION MILLI GAUSS METER Model : GU-3001 FEATURES * DC/AC milligauss Magnetometer. Resolution 0.1 mG - 199.9 mG to 199.9 mG. 1 mG ≧ 200 mG‚ ≦ -200 mG performance than the traditional Hall element sensor )‚ 0.01 uT - 19.99 uT to 19.99 uT. available for high precision magnetic field measurement. 0. 1 uT ≧ 20.0 uT‚ ≦ -20
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Define Measurement Systems Analysis (MSA) and the purpose in understanding variation. Define variation and the differences between Accuracy and Precision. Distinguish between part‐to‐part variation and measurement variation and the breakdown of repeatability and reproducibility. Describe the components of measurement variation including bias‚ stability‚ linearity‚ discrimination‚ and precision. Perform a Gauge R&R experiment using presented methodology and interpret using the AIAG (2002) measurement sy
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(asymptotic) and determine if they are at risk of developing a disease or condition. Characteristics of a Diagnostic Test * The cutoff for a positive result is precisely defined‚ with stress being laid on diagnostic precision and accuracy * They cost more because of the accuracy that is required. * The test provides for a definitive diagnosis * The test is often invasive‚ such as a lumbar puncture to test for meningitis * They are used for individuals who are symptomatic Characteristics
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cultural heritage. As a case study the ancient theatres of Jerash (the Southern and the Northern) will be presented. While the purpose of using different methods of documentation is to make comparison comparison of the advantages ‚disadvantages ‚the accuracy of the traditional method – total station –‚ 3D scanner method‚ and Photomodeler method. 1. INTRODUCTION As cultural heritage is a unique expression of human achievement‚ and since this cultural heritage is continuously at risk‚ documentation is
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Format page 16 Error Analysis Types of Experimental Errors page 17 Error Analysis: Some Key Ideas page 18 Precision and Accuracy in Measurements A Tale of Four Cylinders Assessment of Errors and Uncertainties in IB Lab Reports Explaining Terms and Concepts in Error Analysis page 19 - 20 page 21 Mathematics of Evaluating Accuracy and Precision page 26 - 27 Rejection of Data page 28 More Examples of Propagating Error page 29 - 31 page 22 - 25 Typical
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My areas of strength from the Conley Readiness Index assessment are precision and accuracy‚ research‚ and my attitude towards learning content. Precision and accuracy make me a better student‚ as they allow me to assure that the work I am submitting is formatted correctly‚ error free‚ and is upholding high standards. I consider this to be extremely important to my success in school‚ as I pay attention to details that matter to professors. My researching ability allows me to collect data from many
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ch1 Student: _______________________________________________________________________________________ 1. xxWhich one of the following is a "substance" in the sense of the word as used in your textbook? A. B. C. D. E. air tap water sea water water toothpaste 2. Select the best statement. A. B. C. D. E. Physical changes may be reversed by changing the temperature. Physical changes alter the composition of the substances involved. Physical properties are not valid characteristics
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Identify each outcome from your statistical analysis‚ providing rationale for each. (150) Wednesday o Identify tradeoffs between accuracy and precision required by various probability concepts and the effect on your data. (150) Thursday
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Three instruments‚ namely the foot rule‚ vernier caliper‚ and micrometer caliper‚ were used to measure the diameter of a metal sphere. Ten independent measurements were taken per instrument. Statistical computations were performed to show the accuracy and precision of each instrument. Upon computation of the volume and density of the sphere based from the mean diameter‚ the percent error for each instrument was computed. At the end of the experiment‚ it was found that the micrometer caliper is the most
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