Dr. RAFIQ AHMAD Assistant Professor • PhD in CNC production (Mechanical Engineering) From: Ecole Centrale Nantes‚ France (Sept 2012) • Masters in Mechanical Engineering Design and Production From: ENSAM Paris‚ France (2009) • Bsc Honors in Mechanical Engineering From: UET Peshawar‚ Pakistan (2007) ME-111: ENGINERING DRAWING & GRAPHICS ME-102 ME-111 (Th) ENGINERING DRAWING & GRAPHICS Contact hours: 2 Credit hours: 2 Objective: “To understand basic concepts of
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exactly as it appears on official documents.) First/Given Middle (complete) Jr.‚ etc. Preferred name‚ if not first name (only one) ____________________________ 05/07/1996 Birth Date ____________________________________________________ Female Male mm/dd/yyyy Former last name(s) _____________________________________________ US Social Security Number‚ if any ___________________________________ Required for US Citizens and Permanent Residents applying for financial aid via FAFSA Preferred Telephone
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commonly used and easily available in the market. It’s diameter denoted by Ø. The permissible tensile strength of the mild steel confirm to grade-I of I S 432 – Part-I‚ 1982 is a) 140 N/mm² for bars up to and including 20 mm Ø b) 130 N/mm² for bars over 20 mm Ø The permissible tensile strength for mild steel confirming to grade-II of I S 432 – Part-I‚ 1982 is @ 90 % of grade-I bars. Hence if the design details have already been worked out
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configurations). Reading scale (For accurate measurement and placement). EXPERIMENT 1 - DEFLECTION OF A CANTILEVER VALUES FOR ALUMINUM Material Aluminium E value: 69x109 Nm-2 Width (b): 19 mm I: 4.275x10-11 m4 Depth (d): 3 mm Mass (g) Actual Deflection (mm) Theoretical Deflection (mm) 0 0 0 100 -1.07 0.89 200 -2.15 1.77 300 -3.03 2.66 400 -4.04 3.54 500 -4.31 4.43 VALUES FOR STEEL Material Steel E value: 207x109 Nm-2
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B . So we obtain the point of intersection C. * Connect the points C and A with a line‚ divide it in half and add 0.5 mm and mark point D so that the segment DA was shorter than the length of DC. DA= AC/2-0.5 mm * At the center line in the heel mark the point H‚ paving 54 mm from the edge of the heel up. 54 mm is for the size 37‚ each subsequent size increases it by 1 mm. * Using flexible ruler connect point D and H with a line. This is one of the shoe last meridians. 3. Taking this
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hematocrit level to coincide with a low hemoglobin level. Experiment Data: Blood sample 1 2 3 4 5 6 Height of column of blood 100 mm 100 mm 100 mm 100 mm 100 mm 100 mm Height of red blood cell layer 48 mm 44 mm 55 mm 53 mm 19 mm 32 mm 02/03/13 Height of buffy coat (white blood cells) 1 mm 1 mm 1 mm 1 mm 0.5 mm 1 mm page 2 Hematocrit % WBC 48 44 55 53 19 32 1 1 1 1 0.5 1 Post-lab Quiz Results You scored 100% by answering 4 out
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ROLE AND PURPOSE This subject aims to introduce to students a range of basic concepts and ideas in modern finance. After completing this subject‚ participants should know the principles involved in making investment and financing decisions‚ understand functions of financial markets and financial managers‚ and possess basic knowledge of option pricing and financial planning. This foundation course prepares students for more in‐depth studies at a later stage. LEARNING OUTCOMES Upon completion of the
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the slope of each reaction below. Experiment Run # pH Substrate concentration [S] Temperature (°C) Slope (Product Concentration vs. Temp) 1 7.0 90 mM 30 .00061 2 7.0 90 mM 35 .00106 3 7.0 90 mM 40 .00147 4 7.0 90 mM 45 .00168 5 7.0 90 mM 50 .00193 6 7.0 90 mM 55 .00209 7 7.0 90 mM 60 .00168 8 7.0 90 mM 65 .00151 9 7.0 90 mM 70 .00126 10 7.0 90 mM 80 .00078 INSERT GRAPH (V0 vs. Temp) HERE: 2. Temperature with maximum initial activity (Vo): __50___ °C Based upon your hypothesis (above)‚ is this
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po pop o p po popopop p oppopp p p p p p p p p p p p p p p p p p p p p p p p p p p pp p p p p p pp p p p ppp p p p p p p p p ppp o o o o o o o o o o o o o o o o o o o o o o o o o o oo oo o o o oaa e e e e e m m m m m m m m m m m mm m m m m m m m m m m m m m mm m m m m m m m m m m m m m m m m m Currently there are hundreds of languages spoken in countries all over the world. Yet‚ due to increases in global business and communications‚ it is becoming more essential for citizens of the world
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Factors Location Analysis Techniques Prof N. Balasubramanian Facility‚ Capacity‚ Planning - MMS I 1 Types of Facilities • Heavy-manufacturing facilities – large‚ require a lot of space‚ and are expensive • Light-industry facilities – smaller‚ cleaner plants and usually less costly • Retail and service facilities – smallest and least costly Prof N. Balasubramanian Facility‚ Capacity‚ Planning - MMS I 2 Factors in Heavy Manufacturing Location • • • • • • • Construction costs Land costs
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