Technology Development Project Initiation Award for Students (TDP-IAS) 2009 PROJECT proposal LOW COST AUTOMATED WEATHER STATION (AWS) |Name |Department |Entry # |CGPA |Contact # / email | |Manish bansal |electrical engineering |2007ee50502 |9.55 |manishbansal.iitd@gmail.com | |
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Free Path l. (From Product and Reference Book, D00– 142, 2003–2004. With permission of Leybold Vacuum Company.) Altitude and Atmospheric Pressures. (From Compressed Air and Gas Data, 33–154, 155. With permission of Ingersol-Rand Company Limited.) Weight of Water per Cubic Foot of Air at Various Temperatures as a Percent of Saturation (based on atmospheric pressure of 14.7 lbs ab [101.33kPa abs]). (From Compressed Air and Gas Data, 33–119. With permission of Ingersol-Rand Company Limited.) Noise Intensity
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the principle of transmission of fluid-pressure is a principle in fluid mechanics that states that pressure exerted anywhere in a confined incompressible fluid is transmitted equally in all directions throughout the fluid such that the pressure variations (initial differences) remain the same. The law was established by French mathematician, Blaise Pascal. This principle is stated mathematically as: * P=pg( h) * P is the hydrostatic pressure (given in pascals in the SI system)
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Weekly Report November 7-8, 2015 My first week at Max’s Restaurant is exciting because I’m assigned at the bar area and I’ll be spending my entire training here. This area is where desserts and beverages are prepared and served. My trainer let me familiarize in the area and demonstrate the different SOP in preparing Max’s products inside the bar area. I was worried back then that I can’t able to perform well in the station but good thing my trainer help me out and teach me everything so that in
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* A single atmosphere of pressure is equal to 101.325 kPa. * Acceleration due to gravity (g) is 9.8 m/s2. Solutions I. Given molar fraction of O2 (Yi) as 36%, and partial pressure (PPO2) of 1.6 bar maximum, we can calculate a maximum pressure (Ptotal ) from Daltons law of partial pressures as, PPO2Yi =Ptotal 1.60.36 =4.44 atm Removing the single atmosphere of pressure at the surface we get, Pdepth= Ptotal - Patm Pdepth=3.44 Converting this pressure to pascals and then to a depth
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ASSIGNMENT: Journal critique: ALIKA, Henrietta Ijeoma (2011) Peer and parental influence as correlates of career choice in social science: Implications of counseling. The Nigerian Journal of Guidance and Counseling, Vol 16 2011. Date of submission: Dec 2013. The purpose of the study was to investigate the relationship between parental pressure and peer group influence on career choice among secondary school adolescents. It was carried out in Egor and Oredo local Government areas in Edo state
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pattern of behavior is sustained by the combination of the reinforcing effects of the substance with social reinforcement, exposure to models, definitions through association with using peers, and by the degree to which it is not deterred through bad effects of the substance and/or the negative sanctions from peers, parents, and the law” (Akers, 1992). Social learning theory, then, proposes that the extent
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quoted in Kobler. Sensitive issues cause parents to find the book Blubber inappropriate for their children; however, this book should be assigned in fourth through sixth grade classes because of the valuable lessons it promotes, especially that peer pressure is not usually positive and developing moral character is important, but difficult. This book gives examples of the importance of how students should stand up for themselves and others when someone is being bullied, mistreated, or harassed. Students
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– Dezorm method. Experiment To define the adiabat of the air [pic] in this work it is used the classical Kleman – Dezorm method. Initially, the system (gas) is in state 1, which is characterized by thermodynamic parameters: temperature T1, pressure p1 and specific volume v1 (volume of unit of mass of gas). Making the adiabatic expansion process gas transfers to the state 2 (fig. 1) with parameters Т2,р2,v2. Then the system is heated at the constant volume v2 till the temperature T3, which is
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δr∆Patm | Resolution uncertainty of average pressure difference | atm | δs(t) | Standard uncertainty of average time | s | δs(∆Patm ) | Standard uncertainty of average pressure difference | atm | δK | Error propagation of permeability | mD | δ(∆Patm ) | Combined uncertainty of average pressure difference | atm | δ(t) | Combined uncertainty of average time | s | ∂K∂∆Patm | Partial differential of permeability with respect to average pressure difference | cm2cPs atm2 | ∂K∂t | Partial
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