improved catalytic activities in the oxidation of hydrogen peroxide. By modifying the electrode with glucose oxidase (GOx) the resultant glucose biosensor exhibits a high sensitivity to glucose in the range of 0 to 1.8 mM with a response time of 3 s and detection limit of 0.1 mM. © 2008 Elsevier B.V. All rights reserved. 1. Introduction Electrochemical biosensors are an active research field attracting considerable attention as potential successors to a wide range of analytical techniques
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A PROJECT REPORT ON “Market Study of all Segments of Car And New launches” Of Maruti Suzuki India Limited‚ Jaipur Submitted in partial fulfillment of Masters of Business Administration (Full Time) To Rajasthan Technical University‚ Kota Under the Supervision of Mr. Gopal Agarwal (Sales Manager) M/s K.P. Automotives P. Ltd.‚ Jaipur Submitted By VIPIN JAIN (Masters of Business Administration-II) Maharishi Arvind Institute of Engineering and Technology 2006-08 Jaipur CONTENTS 1
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The line 5 (m is 20 mm long. So 20 000 (m = 5 (m Magnification is 20 000/5 = x 4 000. 2) Calculate the length of structure G Length of G is 12 mm = 12 000 (m Magnification is x 4 000 Real size is 12 000/4000 = 3 (m 3) Calculate the diameter of the nucleolus Diameter is 8 mm = 8 000 (m Magnification is x 4 000 Real size is 8 000/ 4 000 = 2(m 4) Calculate the diameter of the nucleus Diameter is 36 mm = 36 000 (m
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differentiate between what potentially benefits the individual to the possible detriment of the organization. (Griffin‚ 2013. p. p. 91). Despite there being regulations which forbid the employees from carrying out any sort of unethical acts‚ the employees of MMS did not comply by those policies. Finally the biggest factor which triggered the ethical failings of the Minerals Management Service is the relationship of the firm with the economic agents such as customers‚ competitors‚ stockholders‚ suppliers‚ dealers
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a flywheel. PART – B 5 x 16 = 80 Marks 11. i) A load of 5 KN is to be raised by means of a steel wire. Find the minimum diameter required‚ if the permissible stress in the wire is not to exceed 100 N /mm2 (4 Marks) ii) A square bar of 20 mm x 20 mm in section is subjected to a bending moment of 1000 Nmm. Calculate the stress induced in the top and bottom fibres of the bar. What will be stress in the above fibres‚ if the bar is additionally acted upon by a tensile stress of 50 N/mm2 along the
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9/29/12 MTO 13.3: Ricci‚ The Progress of a Motive in Brahms ’s Intermezzo op. 119‚ no. 3 Volume 13‚ Number 3‚ September 2007 Copyright © 2007 Society for Music Theory Adam Ricci* The Progress of a Motive in Brahms’s Intermezzo op. 119‚ no. 3* ABSTRACT: Brahms’s Intermezzo op. 119‚ no. 3 is structured around a motive with two components—one melodic‚ one harmonic—that operate sometimes separately and sometimes together. The global harmonic trajectory of the piece is embodied in the combination
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What is the casting yield of process described below? 10 Kg 5 Kg Exercise-1 A certain mold is used to cast a cylindrical part. The cylinder diameter and height is 10 mm and 30 mm respectively. 3000 mm3 liquid is poured into the mold in 10 sec. The horizontal runner has a square cross-section with dimension of 2 mm. Determine; a) The casting yield b) The volumetric flow rate of molten metal c) The velocity of the liquid at the runner Exercise-2 In a die casting application the molten
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Having a time-interval of 15 minutes‚ we gathered the data for interpretation. As it all went out‚ Potassium Permanganate having a lesser molecular weight diffuse faster than Methylene Blue. At first rate (Methylene Blue=0.07 mm/min.) while (Potassium Permanganate= 0.27 mm/min.) The result was synonymous with the other groups. Then it leads me to abandon my first hypothesis and formulate a new one that states: "Molecular Weight is inversely proportional to the rate of diffusion; Higher MW means slower
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EPIC B521 G111 X721 2007 Ekoplastik PPR system Assembly regulations PPR FOR WATER AND HEATING Intelligent Solutions for Plumbing & Heating Projects ASSEMBLY REGULATIONS PPR FOR WATER AND HEATING CONTENT X. 4 4 4 4 4 Assembly regulations 1. General 2. Linear expansion and contraction 3. Spacing distances of pipe supports 4. Pipe fixing 5. Pipeline routing 6. Linking of pipes into a system 7. Insulation 8. Pressure test XI. Material Transport and Storage
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for Aggregate Sieve size (passing)‚mm Sieve size (retained)‚ mm No. of aggregate Passing number 14 10 65 4 10 6.3 18 0 Calculation Flakiness Index (10 mm) = x 100 = x 100 =6.2% Flakiness Index (6.3 mm) = x100 = x100 =0% Average Flakiness Index (%) = = =3.1 Table 1b: The Elongation Index for Aggregate Sieve size (passing)‚mm Sieve size (retained)‚ mm No. of aggregate Passing
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