the manager responsible for the results of the process. External Audit – may be performed by costumers or regulators or by independent third parties. MEASUREMENT It tells us whether there has been a change in performance. Change is a constant. Before we measure we need standards‚ targets‚ requirements etc. we can use to judge the results of measurement‚ in fact there is little point measuring anything unless we have a clear idea of what we are looking for. Three states of nonconformity: Potential
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4 Volume Flow Rate measurement based on a Rotameter‚ a Water Level Indicator‚ a Water Meter and a V-notch Volumetric Flow. NAME: Morales‚ Mundfeil Eywynne P. PROGRAM &YEAR: M.E.- 4 Grade STUDENT NO: 2009102958 SECTION: B37 DATE PERFORMED: January 21‚ 2013 DATE SUBMITTED: January 28‚ 2013 INSTRUCTOR: Engr. Teddy Casacop EXPERIMENT NO. 4 VOLUME FLOW RATE MEASUREMENT BASED ON A ROTAMETER‚ A WATER LEVEL INDICATOR‚ A WATER METER AND A V-NOTCH VOLUMETRIC FLOW. I.INTRODUCTION
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Nominal Level of Measurement The nominal level of measurement is the lowest of the four ways to characterize data. Nominal means "in name only" and that should help to remember what this level is all about. Nominal data deals with names‚ categories‚ or labels. Data at the nominal level is qualitative. Colors of eyes‚ yes or no responses to a survey‚ and favorite breakfast cereal all deal with the nominal level of measurement. Even some things with numbers associated with them‚ such as a number
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ME 4600:483 – Lab Notes Revised 04/07/05 Flow Measurement Table of Contents Flow Measurement ......................................................................................................................... 1 I. Objective ................................................................................................................................. 1 II. Apparatus...................................................................................................................
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Experiment 3 Method of Flow Measurement Objective To demonstrate typical flow measurement devices for incompressible fluids: (1) venturi meter‚ (2) orifice plate and (3) rotameter. To compare the difference in flow rate incurred by each of these device. Overview In engineering and industrial practice‚ fluid measurement of many of the variables and properties‚ such as density‚ viscosity‚ pressure‚ velocity‚ flow rate and etc is one of the problems most frequently encountered by engineers
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FLOW MEASUREMENT (Venturi meter‚ Orifice Plate and Rotameter) OBJECTIVES To study the characteristics and applications of various flow measuring device (venturi meter & orifice plate). To calculate the volume flow rate of water from the pressure difference of both venturi and orifice devices. To compare between theoretical and actual volumetric flow rate through the discharge coefficient concept. To know how rotameter works. INTRODUCTION The measurement of fluid flow is important in applications
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establish the appropriate level of measurement for variables being measured in a study‚ because level of measurement impacts…? A. How long the study will run B. How often measurements should be made C. The number of participants that must be recruited D. The assumptions underlying the quantitative methods of analysis chosen 2) The principle of “parsimony” in research may be reflected in measurement efforts by…? A. Selecting long and complex measurement strategies to ensure full coverage
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Topsoil D.8 Alternative method of measurement Excavation D.9 Volume to be measure D.10 Depth classification D.11 Starting level D.12 Types of excavation Disposal of water D.15 Surface water D.16 Water in ground Disposal of excavated material D.17 Multipel handling D18 Disposal on site D.19 Disposal off site D.20 Topsoil spread on site D.21 Topsoil for re-use D.22 Topsoil removed from site Filling D.23 Classification for filling materials D. 24 Measurement D.25 Filling to excavation D.26 Filling
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Lab 1- Measurements of a Table ABSTRACT: The purpose of this experiment was to determine the value of the acceleration of a free falling object and to describe the range of experimental values. Within the experiment the items used to help provide the conclusion that 2/3 or our values fell within the 9.62m/s^2- 9.78m/s^2 range was a Vernier data-collection interface‚ Logger Pro Application and the apparatus Photogate. The results found within the 30 trial periods were all precise
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Purpose: To learn about the international system of units (SI)‚ to become familiar with common lab equipment and techniques‚ to gain proficiency in determining volume‚ mass‚ length‚ and temperature of a variety of items using common laboratory measurement devices‚ to learn to combine units to determine density and concentration‚ and to use laboratory equipment to create serial dilutions and determine the density and concentration of each dilution. Procedure: Measure the volume‚ mass‚ length and
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