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    Pipe Report

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    Introduction: In any pipe system there is going to be a loss of energy due to the effect of viscosity from a fluid acting upon the surface of the pipe‚ this is called Friction Loss. This type of lost depends on the shear stress due to the walls of the pipe and the fluid. It also depends in weather the fluid is laminar or turbulent. A major difference between these two flows is that due to a viscous layer created in turbulent flow the roughness of the pipe can be taken in account while in laminar

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    Pressure In Gases Experiment Hypothesis: Using the recommended tire pressure will provide better gasoline mileage. When the tire pressure is lower than the recommended value‚ the surface contact area between the tire and the road is greater. This will cause greater friction and more energy is required to move the car. As a result‚ more gasoline will be consumed. When the air pressure of a car’s tire is higher than the recommended value‚ the contact area between the tire and the road is reduced.

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    [pic] | |Supercritical Fluid Dyeing SFD In textile industry water is the usual medium for dyeing and cleaning. This is the reason why textile industry is one of the biggest consumer of water in all industries. Textile refining processes without using water have to be applied because costs of water and waste water are increasing more and more‚ the legislator fixes more rigorous limit values for the sewage load and also the water resources become more and more limited in several areas. In cooperation

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    Experiment 1 Background Diffusion is a process‚ in relation to the spontaneous movement of molecules from an area of high concentration‚ to an area of low concentration down a concentration gradient. It is a type of passive transport method‚ that requires no cellular energy (ATP). This movement occurs‚ until a state of equilibrium has been established on both sides of the membrane. The diffusion of molecules happens at cellular level‚ through a cell membrane via the pores. The cell membrane

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    F L O R I D A I N T E R N A T I O N A L UN I V E R S I T Y Mechanical Lab EMA 4909L Section 01 Group 6 5/27/2010 SUMMER-A SEMESTER 2010 DR. BELLADI Combined Convection and Radiation Experiments Exercise B – Force Convection over a Cylinder in Cross-Flow Experiment 1 Homero Perez Shiv Shaw Kirk S. Harvey # 1348271 EML 4909L Mechanical Lab Force Convection over a Cylinder in Cross-Flow Table of Contents Abstract 4 Nomenclature 5 Introduction 6 Data & Results 7 Analysis and Discussion

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    H2O2 Experiment

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    Makalah Biologi Percobaan Reaksi Hidrogen Peroksida dengan Katalase Penulis: Jancolin Yani Pendahuluan Seperti yang kita tahu bahwa hydrogen peroksida yang dihasilkan oleh sel-sel didalam tubuh kita akibat metabolism sel akan terpecah menjadi gas hydrogen dan oksigen dengan adanya keberadaan enzim katalase. Zat hydrogen peroksida sangat berbahaya bagi tubuh dalam kuantitas yang banyak oleh karena itu harus dipecah dan dikeluarkan. Sebagian besar zat hydrogen peroksida

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    Biology Experiment

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    PAGE 1 Skill A: Using and Organizing Techniques‚ Apparatus and Material Title: Comparison of Soil Porosity Date: March 18‚ 2013 Aim: To prove that Sandy Soil would have the mot water after 24 hours. Apparatus/Materials: Three Conical Flasks‚ Three Filter Funnels‚ Cotton Balls‚ Measuring Cylinder‚ Loam Soil‚ 225ml of Water‚ Paper‚ Pencil Methods/Procedures: Obtain and clean out three conical flasks. Label each flask Sand‚ Loam and Clay. Plug three funnels

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    Biology Experiment

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    Prac 4 | Vertebrate Forelimbs‚ Shake a Leg! Ch. 6.4 H.Bio T.Book     Aim:  To gather information from secondary sources to observe‚ analyze and compare the  structure of a range of vertebrate forelimbs.    Materials:  Pearson Biology Textbook coloured pencils  Skeletons‚ photographs of a number of vertebrates  copy of student worksheet    Method:  1­ Examine each of the vertebrate specimens in turn. Using Figure 1 as a guide‚ locate and  identify the bones making up the pentadactyl limb structure

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    EXPERIMENT ON NOTHING

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    constant speed AC motor‚ while the HP stage is driven by a variable speed DC motor. This feature allows variation of the intermediate pressure. Each stage is provided with its own dynamometer. At compressor’s inlet there is an airbox with a sharp-edged orifice for flow measurement. An intercooler is provided between the two stages‚ and an intercooler between the second stage and the pressure vessel. Connected to the pressure vessel is an exhaust pipe with a throttling valve and a calibrated flow

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    experiment 1

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    Solubility Product Constant of an Organic Salt Note : The solubility of potassium hydrogen tartrate (KHT‚ 188.18g/mol) is 1.0g/162mL at 25C and 1g/16mL at 100C. KHT (s)  K+(aq) + HT-(aq) Objective : Determine the solubility and solubility product constant by titration. Prelab Questions : (PL1) Calculate the solubility‚ in M‚ of potassium hydrogen tartrate at 25C and at 100C. (PL2) Write an expression for Ksp of potassium hydrogen tartrate. (PL3) Calculate the theoretical

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