Experiment 1 Stereochemistry Stereochemistry is the study of the three-dimensional configuration that makes up a molecule and the ways in which this arrangement affects the physical and chemical properties of molecules. Isomerism is the main concern of stereochemistry. Isomers are sets of chemical compounds with identical molecular formulas but different structural properties. There are two types of isomers‚ structural isomers and stereoisomers. Structural isomers are subdivided into two:
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the pipe were compared with the theoretical ones. Also the mesh was refined in the simulation to see if it is possible to get more accurate results using grid convergence analysis. Method: The pipe used in the simulation has dimensions of a 0.5m axial length and a radial diameter of 12mm. The air entering the pipe‚ inlet velocity‚ is set to 0.4 m/s at a temperature of 25⁰C and one atmospheric pressure. No slip condition was set on the pipe walls. The outlet of pipe was set to zero gauge average
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Case Presentation A 4 year old boy presents to the Pediatrician’s office with pain and swelling of multiple large joints. He first developed pain over his right elbow‚ then right knee and both shoulders. The pain progressed‚ became associated with low grade fever and his mother also noticed swelling of the affected joints. By the end of day 2‚ the boy refused to bear weight and had to be carried to the clinic. The patient has also been having multiple episodes of watery‚ non-bloody diarrhea for
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6.2.3 COMPRESSION cl. 6.2.4 BENDING cl.6.2.5 SHEAR cl.6.2.6 TORSION cl.6.2.7 BENDING &SHEAR cl.6.2.8 DESIGN CHECKING CROSS-SECTION RESISTANCE BENDING‚ BENDING SHEAR & AXIAL LOAD cl.6.2.6 BENDING & AXIAL LOAD cl.6.2.6 3 7/14/2010 MIND MAP Eurocode 3 DESIGN CHECKING BUCKLING RESISTANCE BENDING AND AXIAL COMPRESSION cl.6.3.3 BENDING cl.6.3.2 COMPRESSION cl.6.3.4 4 7/14/2010 Element Design Eurocode 3 CROSS-SECTION RESISTANCE ELEMENT DESIGN BUCKLING RESISTANCE
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or mixed-flow compressors Diagonal or mixed-flow compressors are similar to centrifugal compressors‚ but have a radial and axial velocity component at the exit from the rotor. The diffuser is often used to turn diagonal flow to the axial direction. The diagonal compressor has a lower diameter diffuser than the equivalent centrifugal compressor. Axial-flow compressors Axial-flow compressors are dynamic rotating compressors that use arrays of fan-like airfoils to progressively compress the working
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Biology Guide 1. How is the human body organized? A= The levels of organization in the body include cells‚ tissues‚ organs‚ and organ systems. 2. Define cell A= Basic unit of structure and function in living things. 3. Define Tissue A= Group of cells that perform a single function. 4. CHECK OUT TYPES OF TISSUE ON PG. 863 5. What’s the epithelial tissue? A= Tissue that lines the interior and exterior body surfaces. 6. Connective tissue? A= Tissue that provides support
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work done during the practical session. | Contents Activity 1:- Basic performance data 2 Activity 2:- Propeller Parameters 3 Activity 3:- Observation of fuel flow from instrumentation 3 Activity 4:- Propeller Performance in Axial Momentum Theory 4 Axial momentum theory 4 Activity 5:- Determining 5 Activity 6:- 6 Conclusion:- 7 Reference 7 Activity 1:- Basic performance data Serial Number | Description | value | 1 | MTOW | 550 lbs. | 2 | Fuel weight | 100 gal or 378 litres
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matter. It highlights the need for additional research using new technology to study the effects the ocean has on volcanoes and vice versa. New research is cited throughout this article; each study highlights an area in the Pacific Ocean. The Axial Seamount‚ off the Oregon coast‚ erupted in 2011 and again in 2015. The Chadwick study utilized hydrostatic pressure sensors to record sea floor movement prior to the eruption (Mitchell 444). The Dziak study also used sensors and
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internally in combined bending and axial loads‚ and discusses the difference between experiment behaviour and the theoretical behaviour. First part of this study covers the experimental investigation of reinforced short column and slender column. Each type consists of two specimens with identical dimensions‚ geometry and reinforcing arrangement. The second part of this study is pertains to the theoretical sectional analysis of concrete columns. The interaction curves of axial force vs. moment are derived
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manageable and practical calculations. Moreover‚ this type of flame can be generated and easily investigated in the laboratory and allows for analytical and experimental comparison. That is‚ the one dimensionality of the flame limits measurement to the axial direction of the flame. Important parameters such as residence time can be easily varied in this flame‚ which underlines its suitability for studying diffusion flame structure. Understanding of laminar diffusion flames is a very important baseline
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