to be clarified: i. The effects of waves and current on VIM ii. The effects of cylinder dimension on
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Fill both measuring cylinders completely with water. Carefully invert them over the trough so that the open end of each is at least 1cm below the surface of the water‚ and then clamp them in this position. 2. Place the pipe from the oxygen cylinder below the water surface‚ turn on the tap and bubble oxygen into the small cylinder until it contains about 5mLs of gas. Measure and record the volume of gas present. 3.
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CHAPTER ONE INTRODUCTION 1. STUDENTS INDUSTRIAL WORK EXPERIENCE SCHEME (SIWES) The objective of the SIWES Unit is to ensure that students in Science and Technology-based disciplines are made to acquire sufficient practical knowledge so that when they get employed on graduation they become immediately productive with little of no further training in their fields of specialization. The SIWES Unit is responsible for the coordination of the Students Industrial Work Experience Scheme (SIWES)
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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 9 Conclusion and Recommendations 15 Appendix A 17 Appendix B: Procedures 18 APPENDIX C 19 List of Figures Figure 1: HT10X Heat Transfer Service Unit 5 Figure 2: Temperature on Cylinder 9 Figure 3: Nusselt
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graduated cylinder and biuret. Procedure: a) The density of metals First I obtained a quantity of unknown metal. Recording the unknown number. I used only one type of metal for this part of the experiment. The unknown metal that I was instructed to use was a chunk‚ therefore‚ I used a 50ml graduated cylinder. When using the 50ml cylinder‚ I filled it with water to approximately the 35ml mark. Then recorded the exact volume of water that was added. I placed the cylinder and water
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Topic: Osmosis Materials: Potato cylinders‚ 20 percent sodium chloride solution‚ three test-tubes‚ test-tube rack‚ scalpel blade‚ Gel ink pen‚ syringe-10cm^3‚ Plastic ruler with mm‚ tile‚ forceps filter paper‚ Masking tape. Method: 1) Three test-tubes‚ A‚ B and C were labeled and initials of experimenters were applied with the date: January 29‚ 2013. 2) A syringe was used to put 10cm^3 of water in tube A and 5cm^3 in tube B along with 5cm^ 20 percent sodium chloride solution and 10cm^3 20 percent
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approximate guide to volume because the marks were placed at greater intervals. This did not allow for precise measurements. The 25-mL volume dispensed by the pipet was much more precise than using the beaker and more precise than the graduated cylinder as well Pre-Lab: 1. Pipets used for the transfer of samples of aqueous solutions are always rinsed with a small portion of the solution to be used before the sample is taken. Calculate the percentage error arising in an experiment when 1-mL
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| 202 | 3978 | 365 | 46.1 | 45.5 | D1.1 | 100.2 | 198 | 3842 | 286 | 36.3 | | D1.2 | 100.3 | 202 | 3833 | 277 | 35.1 | | D1.3 | 99.9 | 201 | 3865 | 299 | 38.1 | 36.5 | Compressive Strength – Cylinder (Water cured for 28 days) 100% PC concrete mixes Compressive Strength – Cylinders (Air stored for 28 days) Specimen No. | Diameter | Height | Weight | Max. Load | Fc.28 | fcm.28 | | (mm) | (mm) | (g) | (kN) | (Mpa) | (Mpa) | A1.4 | 100.2 | 201 | 3946 | 373
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the air space in the cylinder will be less compared to warm water. Independent: Type of water. Dependant: room temperature‚ amount of water‚ type‚ size and amount of tablet‚ amount of water in the basin. Materials: 250ml graduated cylinder Funnel Petri Dish Transparent basin Stand and Clamp Cold Water Warm Water Alka Seltzer Tablets Method: 1. Fill the basin half full with type of water. Place the stand beside the basin 2. Fill the graduated cylinder to the brim with the selected
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gas compressors and pneumatic cylinders‚ among other similar mechanisms. It is the moving component that is contained by a cylinder and is made gas-tight by piston rings. In an engine‚ its purpose is to transfer force from expanding gas in the cylinder to the crankshaft via a piston rod and/or connecting rod. In a pump‚ the function is reversed and force is transferred from the crankshaft to the piston for the purpose of compressing or ejecting the fluid in the cylinder. In some engines‚ the piston
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