PHY 113: Speed of Sound- Resonance Tube Student’s name: Ilian Valev Lab partners: Jayanthi Durai‚ Susan Berrier‚ Chase Wright Date of experiment: April 15‚ 2010 Section SLN: 17742 TA’S name: Alex Abstract: This experiment tried to determine the speed of sound waves. To determine the speed‚ a resonance tube full of water was used and two different tuning forks of known frequency. Each fork was struck above the water
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would recognize as computers: cars‚ appliances‚ roadways‚ power grids‚ clothes‚ even natural systems such as agriculture and waterways. At I.B.M. they describe the statement “our planet is becoming ‘smarter’” as:- * With billions of inexpensive sensors being embedded inside everything from train and planes to livestock and medicines‚ our world is being instrumented‚ allowing systems and objects to ‘speak’ with each other * Linked to powerful backend(support) systems these instruments can analyse
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Bell Electronics Lab Corporation situated in Calamba‚ Laguna is engaged in test and assembly of optoelectronics and sensor devices. The company is concentrating on its resources in metal can packaging. The second phase of the company’s program is towards the development of other types of optoelectronics and sensors device packaging to support their customer requirements. In this paper‚ the proponents will present an Automated Inventory System using Portable Data Acquisition (PDA) module to help thecompany’s
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greenhouse climate conditions in a preprogrammed manner. The proposed system consists of three stations: Sensor Station‚ Coordinator Station‚ and Central Station. To allow for better monitoring of the climate condition in the greenhouse‚ the sensor station is equipped with several sensor elements such as CO2‚ Temperature‚ humidity‚ light‚ soil moisture and soil temperature. The communication between the sensor station and the coordinator station is achieved via ZigBee wireless modules and the communication
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representation of a 1s orbital? The white and grey shading represent different phases of the wavefunction. a) b) c) d) e) 10. How many nodes does a 5s atomic orbital have? a) b) c) d) e) 0 planar nodes and 0 spherical nodes 3 planar nodes and 2 spherical nodes 1 planar node and 1 spherical node 0 planar nodes and 4 spherical nodes
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BTech Project HEART ATTACK DETECTION AND ALERT SYSTEM Submitted by Guided by AKANSHA WAJGE Prof. VIKAS UPADHYAYA AKSHITA BHANDARI DIBYA RAY K. REVATHI NIIT University Neemrana TABLE OF CONTENTS CERTIFICATE………………………………………………………………………………………………………………………..2 ACKNOWLEDGEMENT…………………………………………………………………………………………………………3 ABSTRACT………………………………………….4 INTRODUCTION…………………………………5 OBJECTIVE……………………………6 CIRCUIT DIAGRAM………………
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Describing Sensor Performance: When describing sensors and instrumentation systems we make use of a range of terms to quantify their characteristics and performance. It is important to have a clear understanding of this terminology‚ so we will look briefly at some of the more important terms. • Range: This defines the maximum and minimum values of the quantity that the sensor or instrument is designed to measure. • Resolution or discrimination: This is the smallest discernible change
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Gagandeep Bhatia GE 330 Introduction to Mechatronics LVDTs and Interfacing The LVDT (Linear Variable Differential Transformer) is an electromagnetic device that produces an electrical voltage proportional to the displacement of a movable Magnetic Core [pic] [pic]A COIL WINDING ASSEMBLY consisting of a Primary Coil and two Secondary Coils symmetrically spaced on a tubular center. [pic]A CYLINDRICAL CASE which encloses and protects the Coil Winding Assembly. [pic]A rod
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5 SL-Automatisierungstechnik GmbH Mechatronic Mechatronic Mechatronic 5 Content Item-No. 00495 17002 17003 17004 17005 16101 16102 16103 16104 16000 16008 16032 16001 16037 16002 16009 16007 16020-V1 16020-V2 16020 16007-V1 16036 16010 16033 16035 16011 16016 16034 16017 16012 16018 16019 16013 16014 16015 16031 16004 MTH-BECK FTLH-TRIE FTQ-HANA MTK-TUN ASCOTRi 04200 04100 04101 04102 01465 01455 01452 01471 01470 Description Mechatronical training module SL-TMS 2000-B01 Compact
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Capacitive C iti Bezel Touch Sensor >> REFER TO T1~T2 Published by SOEM Design TSUNAGU ‚ Tel :04-3836857 P2A >> REFER TO T3~T5 Wed 25th April 2012 The SOEM DESIGN STAR Technical T1 Internal Use Only Capacitive Touch Sensor In BD Player Pla er Introduction Today‚ in the world of globalization‚ Mechanical Tactile Switch have evolved and started to change to more advance technology which is Capacitive Touch Sensor. C S Capacitive T iti Touch S h Sensor currently is widely use in
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