materials. Pria Mae C. Cadiz ABSTRACT The students of Physics 11 Laboratory section B5 of Mapua Institute of Technology had conducted an experiment concerning Archimedes’ Principle to determine the density and specific gravity of solids and liquids applying Archimedes’ Principle. To determine the density of solids (Part A) and the specific gravity of two unknown liquid sample (Part B)‚ they had made use of platform balance to measure the mass of the metal sample tied by a string in air and then submerged
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Lab Report Compound Pendulum in different medium Raoul Corstjens IS10a Introduction An oscillating object is a mass that follows a pattern that causes the mass to return to its initial position after completing one complete oscillation in a constant certain amount of time. This experiment aims to show how the medium that a simple pendulum is traveling though affects the frequency of the pendulum. Research Question How does the medium that a simple pendulum is traveling though affect the frequency
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Unit 004: Understand how to apply scientific principles within mechanical services engineering Glossary of terms Term Explanation Alloy A metal made up of a combination of two or more materials. Atmospheric pressure The weight of air creates a pressure on the Earth’s surface and the pressure exerted by the weight of air pressing down on the ground below will vary depending on the ground’s height above sea level. Boiling When a liquid vaporises. Capillary action When water is drawn
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factors like altitude and air density. The speeds in ideal gases and air have their own formulas: Thus‚ For a gas the K is given by the formula above‚ and the C is the coefficient of stiffness in solids. Thus the second formula is given. (Gamma) is the adiabatic index‚ then is the pressure‚ and the regular P is the density. In general‚ the speed of sound is given in the formula: K is a coefficient of stiffness‚ the bulk modulus‚ and P is the density. Then there is a more complex
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Centre of Pressure on a Plane Vertical / Plane Inclined Surface EN1702: Thermofluids 1 – Fluid mechanics – Laboratory Date of Lab Report Submission: 18th March 2013 Date of Lab Exercise: 8th April 2013 Table of Contents Page Aim 3 Objectives 3 Theory
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quantity of suspended particles and produce a clear effluent. Classification of Settleable Solids There are different factors to be consider in choosing the type of sedimentation to be used‚ some of it are particle size‚ viscosity‚ solid and solution densities as well as the characteristics of the particles within the slurry. In this figure‚ it illustrates the relationship between solid concentration‚ interparticle cohesiveness and the type of sedimentation that may exist. Totally discrete
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Calculations CONTENTS Chapter 1 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. Basic Formulas P. 3 Pressure Gradient Hydrostatic Pressure Converting Pressure into Mud Weight Specific Gravity Equivalent Circulating Density Maximum Allowable Mud Weight Pump Output Annular Velocity Capacity Formula Control Drilling Buoyancy Factor 12. Hydrostatic Pressure Decrease POOH Loss of Overbalance Due to Falling Mud Level Formation Temperature Hydraulic Horsepower Drill Pipe/Drill
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and accurately than measurements of volume. Therefore‚ the mass of the liquid contained or dispensed by the glassware will be measured and the corresponding volume calculated using the density of the liquid. However‚ a relatively small change in temperature causes a change in the liquid’s volume and thus its density. 1.2 To Contain vs To Deliver Volumetric glassware is calibrated either to contain (TC) or to deliver (TD) the stated volume. Beakers and graduated cylinders are generally calibrated
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volume and mass. Mass (g) Volume (mL) Density (g/mL) 3.9 4.9 0.79591837 33.48 34.81 0.96179259 49.58 50.5 0.98178218 • Table o • Graph Conclusion • This lab has shown that the data was collected mostly responsible through consistency of the Water lab. • In theory even when you change the amount of liquid the density ratio of water should not change because you are changing the variables only. • This shows almost accuracy because we got densities very similar on our three different
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Severe Notes 4/25/13 When ML AND UL flow reach an updraft and that midlevel and upper level flow tends to be subsaturated‚ so there are 3 options with this upward rotating flow can go left right or down. Can’t go up because air tends to be denser then the updraft air. So if that air goes down it gains downward momentum. Bc that air gains downward momentum which will evap cool it will continue to gain neg buoyancy. Once at the surface you have your RFD. Large precip surrounding the updraft which
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