- 0.62 Gross Heating Value (MJ/m3)‚ dry basis * 37.8 36.0 - 40.2 * The gross heating value is the total heat obtained by complete combustion at constant pressure of a unit volume of gas in air‚ including the heat released by condensing the water vapour in the combustion products (gas‚ air‚ and combustion products taken at standard temperature and pressure). Sulphur: In the Union Gas system‚ the typical sulphur content is 5.5 mg/m3. This includes the 4.9 mg/m3 of sulphur in the odourant (mercaptan)
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| GRADING OPPORTUNITIES AVAILABLE: OUTCOMES/GRADE DESCRIPTORS ACHIEVED (please tick when achieved) Outcomes/ Grade Descriptors | P13.1 | P13.2 | P13.3 | P13.4 | P13.5 | P13.6 | | | | | | | | Outcomes/ Grade Descriptors | M1 | M2 | M3 | D1 | D2 | D3 | | | | | | | | Assessor Comments: | | | | | | | | | | | | Assessor: | Signature: | Date:_____/_____/ ___________ | | | | Internal Verifier’s Comments: | | | | | | | | | | | |
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A manometer is an device employed to measure pressure. There are a variety of manometer designs. A simple‚ common design is to seal a length of glass tubing and bend the glass tube into a U-shape. The glass tube is then filled with a liquid‚ typically mercury‚ so that all trapped air is removed from the sealed end of the tube. The glass tube is then positioned with the curved region at the bottom. The mercury settles to the bottom After the mercury settles to the bottom of the manometer‚ a vacuum
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Owner: Ryan M. Bajaro A. SITEWORKS Item Description | Quantity | Unit | Unit Cost (Pesos) | Total Cost | 1. Clearing and Grubbing | 630 | m2 | 50 | 31‚500 | 2. Excavation | 140 | m3 | 500 | 70‚000 | 3. Gravel Bedding | 30 | m3 | 850 | 25‚500 | 4. Madrigal Soil (Fill) | 49 | m3 | 350 | 17‚150 | 5. Labor Cost (30%) | --- | --- | --- | 43‚245 | 6. Indirect Cost (10%) | --- | --- | --- | 14‚415 | Total:
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A report on Design of a 700 capacity inland passenger vessel for Dhaka-Barisal-Dhaka route Course No. NAME 338 Course Title: Ship Design Project & Presentation Project Supervisor Dr. Nayeb Md. Golam Zakaria Associate Professor Department of Naval Architecture & Marine Engineering‚ BUET‚ Dhaka Prepared by – Mesbah Uddin Student No. 0812003 Ripon Kumer Sarker Student No. 0812006 A. K. M. Elias Student No. 0812015 Department of Naval Architecture
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65 W/m2⋅K 6.3 W/m2⋅K 102.5°C 51.8°C‚ 3203°C 6.3 m/s 0.35 W‚ 5.25 W 15 mW (a) 18‚405 W; (b) $12‚900 254.7 K 4.3 W 0.42‚ 264 W (a) 0.32 W/m2⋅K‚ 0.32 W/m2⋅K‚ 2.1 W/m2⋅K (a) 8.1 W; (b) 0.23 kg/h (a) 0‚ 144 W‚ 144 W‚ 0; 0‚ 144 W‚ 144 W‚ 0; (b) 2.04×105 W/m3; (c) 39.0 W/m2⋅K (a) 4.86 MW; (b) 9.22 kW; (c) 4.87 MW; (d) 4.87 MW (a) 300°C; (b) 3.89 MW; (c) 3.19 kW; (d) 3.89 MW 2.41‚ 312 W‚ 1.25‚ 600 W (a) 0.223 W; (b) 3.44 W 100°C 1.42 1.43 1.45 1.46 1.47 1.48 1.49 1.51 1.52 1.53 1.54 1.55 1.57 1.58 1.59
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Producing Energy and Fertilizer from Organic Municipal Solid Waste: Enhancing hydrolysis and bacterial populations and mixing and thermodynamic modeling of new solid waste treatment technology Ecology Publication Number 09-07-064 To ask about the availability of this document in a format for the visually impaired‚ call the Solid Waste and Financial Assistance Program at 360-407-6900. Persons with hearing loss can call 711 for Washington Relay Service. Persons with a speech disability can
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01_ch01_pre-calculas11_wncp_tr.qxd 5/27/11 1:41 PM Page 23 Home Quit Lesson 1.4 Exercises‚ pages 48–53 A 3. Write a geometric series for each geometric sequence. a) 1‚ 4‚ 16‚ 64‚ 256‚ . . . 1 ؉ 4 ؉ 16 ؉ 64 ؉ 256 ؉ . . . b) 20‚ -10‚ 5‚ -2.5‚ 1.25‚ . . . 20 ؊ 10 ؉ 5 ؊ 2.5 ؉ 1.25 ؊ . . . 4. Which series appear to be geometric? If the series could be geometric‚ determine S5. a) 2 + 4 + 8 + 16 + 32 + . . . The series could be geometric. S5 is: 2 ؉ 4 ؉ 8 ؉ 16 ؉ 32 26
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m/2)3 (Initial volume. You must take the diameter and divide by to to get the radius. Then you must stick it in the formula for volume of a sphere: (4/3)r3 Vo = .001569 m3 T = 170Cº (Change in temperature. 200Cº - 30Cº.) I then had the formula: V = 1e-6*.001569m3*170Cº V = 2.7 e-7 m3 *1e6 (Conversion from m3 to cm3.) V = .27 cm3 The answer is therefore .27 cm3. 19. If the fluid is contained in a long‚ narrow vessel so it can expand in essentially one direction only‚ show that
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Convention on Climate Change (UNFCCC). Rio de Janeiro‚ Brazil. United Nations‚ 1998. Kyoto Protocol to the United Nations Framework Convention on Climate Change. Kyoto‚ Japan. Us-Epa‚ 2002. Wastewater Technology Fact Sheet. Office of Water. EPA. 832-F-02–006. Vakondios‚ G.‚ 2008. General Manager‚ Municipal Company for Water Supply and Sewerage for the Municipality of Ermoupolis‚ Syros. Personal communication. WHO‚ 1989. Health Guidelines for the Use of Wastewater in Agriculture and Aquaculture: Report
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