PDF-the Uncertainties in Experimental Results

J Moffat of Mechanical Engineering Stanford University Stanford California is no longer acceptable in most circles to present experimental results without describing the uncertainties involved. Phys. Accuracy and Precision. The . accuracy. of a measurement tells you how close the measurement is to the “true” or accepted value. . The . precision. of a measurement tells you something about the . Problem Solving class 1 for Physics 1A and Higher Physics 1A. What are problem solving classes?. These form a bridge between lecture material, labs and the exam.. In some problem solving classes you will be introduced to material covered in the lab part of the course.. A web-based application that facilitates the preservation, study, and dissemination of ancient inscriptions.. Funded by: NEH . UNIVERSITY . of. FLORIDA. UF. Angelos. . Barmpoutis. , . Eleni. . Bozia. Magnetohydrodynamic . (MHD) Effect . with respect . to . Intracardiac . ECG . Signals. W. B. . Buchenberg. 1. , . G. . Hoppe. 1. , . R. . Lorenz. 1. , . W. . Mader. 2. , . P. . Laudy. 3. , . C. . . Bienek. I. n . M. easurements and in Calculations. Types of . Experimental. Errors:. Random Errors. :. A result of variations in the performance of the instrument and/or the operator. Do NOT consistently occur throughout a lab. Dominic . Hudson. ,. Simon Lewis, Stephen Turnock. ONR Hull slamming workshop, Caltech. 17-18. th. February . 2009. Background. Work . in support of . Design of High . Performance. . Craft . from . Guidelines: Short Talks and CVPR style papers. Website: . http://6.869.csail.mit.edu/fa15/. . Instructor: Aude Oliva. Lecture. TR 9:30AM – 11:00AM . (Room 34-101) . Short speech: 2-5 min. 1- Make short sentences, speak slowly. Aims. To be able to calculate the percentage uncertainty of a measurement. To be able to combine these uncertainties to evaluate the overall uncertainty in a derived result. A Speed camera takes two images of a moving car and works out speed by calculating distance/time. How do you think this image would help somebody appeal their fine in court?. A Practical Guide. What you should already know well. What you need to know, . and use. , in this lab. More details available in handout ‘Introduction to Experimental Error’ (2. nd. Year Web page).. Fire . Damaged High Strength Concrete . Beams. Eun. . Mi. . Ryu. 1. , . . Ah Young . An. 1. , . Ji . Yeon. . Kang. 2. , . Yeong. Soo . Shin. 3. , . Hee. . Sun . Kim. 3. 1. . : M.S., . Ewha. EHD Flow Generated by . Microplasma. Actuator. Marius Blajan. 1. , Akihiko Ito. 2. , Jaroslav Kristof. 2. , . Hitoki Yoneda. 4. , and Kazuo Shimizu. 1,2,3. 1 . Organization for Innovation and Social Collaboration, Shizuoka University,. . Knock Out Experiment. Kim Parker. Rachel . Neurath. Savannah Sanchez. Alton. . Lee. Dimitri. Kalenitchenko. Hopkins Microbiology 2013. Outline. Background. Shewanella. . oneidensis. Chemostat. versus batch. in Monte Carlo simulation. Matej . Batic, . Gabriela Hoff, Paolo Saracco. Collaborators: . Politecnico Milano, Fondazione Bruno Kessler, MPI HLL, Univ. Darmstadt, XFEL, UC Berkeley, State Univ. Rio de Janeiro, Hanyang Univ. (Korea) . Guus . Velders. The Netherlands. (. RIVM. ). Guus. . Velders. 2. Focus on Ozone-Depleting Substances. Projections of gases controlled by the Montreal Protocol. CFCs, halons, HCFCs, carbon tetrachloride, methyl chloroform, CH.