Newton’s 2nd Law Lab Introduction: The purpose of this lab was to prove Newton’s 2nd Law; which states accelerate equals force divided by mass (a=F/m). During this lab we were trying to find out the relationship between acceleration‚ force‚ and mass by using a air track‚ glider with picket fence‚ and photogates. Before I did the lab‚ I had already knew that acceleration‚ force‚ and mass were related. I just didn’t know how they were related. When recording the results of this lab we had to record
Free Force Mass Elementary arithmetic
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Taxation Law Question: What is the “first strand” of the decision in FC of T v The Myer Emporium Ltd 87 ATC 4363? Did the courts apply the first strand in any of the following cases: FC of T v Cooling 90 ATC 4472‚ Westfield Ltd v FC of T 91 ATC 4234‚ Henry Jones (IXL) Ltd v FC of T 91 ATC 4663 and SP Investments Pty Ltd v FC of T 93 ATC 4170? If the first strand did not apply in some of these cases but amounts were nevertheless assessable‚ on what basis was this so? Answer: Introduction
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SIMPLY SUPPORTED FLANGED BEAM DESIGN SIMPLY SUPPORTED FLANGED BEAM bf 1) Load Analysis - N= 1.35gk + 1.5qk 2) SFD and BMD - consider type of load hf h *min diameter bar provided is 12mm *min diameter link provided is 8mm d d = h – Cnom – Ølink – Øbar/2 Neutral Axis Lies in Flange Design as a rectangular section Size of beam (bf X d) Z = d (0.5+(0.25 – (k/1.134))1/2 0.95 d‚ use 0.95d as z value Asreq = M/0.87fykZ Provide main reinforcement Asmin = 0.26fctmbd/fyk
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accepted for inclusion in a future issue of this journal. Content is final as presented‚ with the exception of pagination. IEEE TRANSACTIONS ON VERY LARGE SCALE INTEGRATION (VLSI) SYSTEMS 1 Synthesis and Array Processor Realization of a 2-D IIR Beam Filter for Wireless Applications Rimesh M. Joshi‚ Student Member‚ IEEE‚ Arjuna Madanayake‚ Member‚ IEEE‚ Jithra Adikari‚ Member‚ IEEE‚ and Len T. Bruton‚ Fellow‚ IEEE Abstract—A broadband digital beamforming algorithm is proposed for directional
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1 Gemma Rutter CEGE‚ UCL Investigation of a beam in bending Gemma Rutter1 1CEGE department‚ UCL‚ London 1. INTRODUCTION Beams are one of the most essential components of man made structures and conducting experiments to observe how a beam behaves under loading is crucial to understanding its key aspects. For
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Erica Chan Sinh Nguyen Dat Nguyen Wed 2:00-5:00 02/19/2014 OHM’S LAW I. Purpose The purpose of this lab is to help understand how voltage‚ current and resistance are closely related to one another. The outcome from this lab is to be able to differentiate when to use ohmmeter and voltmeter for the individual circuit. II. Theory Ohm’s Law states that the electric current through a material is directly proportional to the voltage across a piece of material (such as wire) while the resistance is held
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BENKELMAN BEAM METHOD A.C.Benkelman devised the simple deflection beam in 1953 for measurement of pavement surface deflection. It is widely used all over the world evaluation of the requirements of strengthening of flexible pavements. This method is done to lay down a uniform procedure for the design of flexible overlays or per I R C:81-1981 here a tentative guideline was published by the Indian road congress under the title “Tentative Guidelines for strengthening of flexible road pavements using
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Elizabeth Hedrick (enhcp9) INTERFACE IST358FS2013 Microsoft Outlook 2010 is an effective and helpful personal the personal information manager. It is commonly used to help organize work and connect for personal. Outlook is very versatile and can be installed on a work PC‚ a home PC‚ and on a smart phone. It functions as an email which can stand-alone but also works with Microsoft Exchange Server. This provides access to other helpful features. Outlook is a simple program that is easy
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1.INTRODUCTION What is a Brain-Computer Interface? A brain-computer interface uses electrophysiological signals to control remote devices. Most current BCIs are not invasive. They consist of electrodes applied to the scalp of an individual or worn in an electrode cap such as the one shown in 1-1 (Left). These electrodes pick up the brain’s electrical activity (at the microvolt level) and carry it into amplifiers such as the ones shown in 1-1 (Right). These amplifiers amplify the signal
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