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This tutorial is provided as a courtesy by ECS Tuning. Proper service and repair procedures are vital to the safe, reliable operation of all motor vehicles as well as the personal safety of those performing the repairs. Standard safety procedures and precautions (including use of safety goggles and proper tools and equipment) should be followed at all times to eliminate the possibility of personal injury or improper service which could damage the vehicle or compromise its safety. Although this material has been prepared with the intent to provide reliable information, no warranty (express or implied) is made as to its accuracy or completeness. Neither is any liability assumed for loss or damage resulting from reliance on this material. SPECIFICALLY, NO WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR ANY OTHER WARRANTY IS MADE OR TO BE IMPLIED WITH RESPECT TO THIS MATERIAL. In no event will ECS Tuning, Incorporated or its affiliates be liable for any damages, direct or indirect, consequential or compensatory, arising out of the use of this material. VW Jetta MKIV Stage 1 Clutch Kit Installation
Hibernia Atlantic announced plans Thursday to build a new trans-Atlantic communications cable aimed at high-frequency Traders at the NYSE on May 6. stock traders, shaving 310 miles from the shortest existing route and cutting execution times by about 8%. The cable group's plan is the latest effort to link financial centers with new infrastructure, providing ever-faster trading times, and would be the first new line across the Atlantic in more than a decade. The trans-Atlantic market is WASl-IINGTON--/\ ruport Oil th\' world's second-busiest for fiIhl' May (j "Ilaxh cr.tsh' in II\(' u.uuial trades after LondonIIX stock m.ukct ~lilllS 10 giv(' ;1 Frankfurt. 1\ lWW, shorter cable route developed by Spread Netdefinitive, second-by-second account of the sudden plunge and works recently was opened on is likely to blame a confluence of the third-ranked New York-Chifactors rather than a single cul- cago corridor. prit, people familiar with the reClosing the Gap port said. "There has been a gap in the Atlantic market," said Mike By Jessica Holzer, Saunders, Hibernia Atlantic's Sarah N. Lynch vice president for business deAnd Kara Scannell velopment. Hibernia Atlantic has yet to The report by the staff of the Securities and Exchange Com- sign any definitive customer mission and the Commodity Fu- contracts for the project. It is tures Trading Commission is set targeting high-frequency traders and related financial firms with to be released within days. A draft of the report circuround-trip speeds of less than 60 milliseconds, compared with 65 lated to SEC commissioners didn't call for any specific policy milliseconds using the existing changes, said a person who has AC-1 trans-Atlantic network. Mr. Saunders said the comseen it. Rather, the report attempts to pany aims to start construction explain how market conditions next spring and complete the led to a sudden plunge in the 3,720-mile cable running from Dow Jones Industrial Average of Somerset in southern England to nearly 1,000 points, wiping out Halifax on Canada's eastern searoughly $862 billion in equityboard by mid-2012.
10. Given: 1 − 5 x = 6 x −7 , find all real values of x which satisfy the equation. 11. The radius of a circular fountain is 10 ft. A sidewalk of uniform width is constructed around the outside of the fountain and has an area of 69π ft2. How wide is the sidewalk? 12. A train leaves a station and travels north at a speed of 75 mph. Two hours later, a second train leaves on a parallel track traveling north at 125 mph. How far from the station will the faster train overtake the slower train? 13. Use "completing the square" to rewrite x 2 − 4 x + 3 = 0 in the form ( x − c)2 = d . 14. Write an equation for y in terms of x assuming that y is proportional to x and y = 42 when x = 6. 4 x + 2 y = 14 15. Given the system of equations , find the value of y: 2 x − 8y = 8 16. Given: f ( x) = 3 + x 2 , find f ( x + h) − f ( x). 17. Given: f ( x) = x 2 − 9 , find f ( x − 3) . 18. What is the domain of the function y = 5 ? 9− x 19. Find the slope-intercept form of the line through (1,4) and (3,-2). 20. Temperature T in degrees Fahrenheit is given by T = 9 C + 32 where C is temperature in 5 degrees Celsius. What is the Celsius equivalent to 77°F? 21. Given g (2) = 4 and f ( x) = x / 2 , find f (g (2)) . 22. Find the point(s) of intersection of the curves x 2 + y 2 = 1 and y + x = 0 . 23. Given f ( x) = −3 x 2 − 18 x − 15 , find the vertex and the maximum or minimum value. 24. Solve for x: 2 ≤ 5 − 2 x ≤ 22 25. Solve for x: 3 x − 2 − 6 ≥ 0 26. Solve for x: x 2 − 35 ≤ 1 27. Find the roots of f ( x) = ( x 2 − 7 x + 12) 2 and state the multiplicity of each. 28. Solve for x: e −4 x = e . 29. Solve for x: 34 x +1 − 5 = 22 . 30. Is the point ( ...
Congratulations and thank you for purchasing the innovative TuneFM from Belkin. This product is designed to play your iPod through your car, home, or portable stereo. Please review this User Manual carefully so that you can be sure to get the most from your iPod, virtually anywhere you go. Package Includes: Plastic Spacer (for use only when your iPod is not in a case) TuneFM for iPod Auto Power Cord Introduction | 01 Car Setup Instructions 1. Turn down your car stereo’s volume. 2. Connect the Belkin TuneFM to your iPod (at the bottom of the iPod). 3. Connect the included Auto Power Cord to your cigarette-lighter outlet in your car and to the bottom of your TuneFM for optional powering and charging in the car. Car Setup Instructions | 02 Using the TuneFM Transmitter The TuneFM transmitter function automatically turns on when the iPod is connected. It automatically turns off when the iPod is removed. 1. Tune your stereo frequency to a channel with a weak broadcast signal. The ideal channel is one that is not broadcasting a radio program, or is doing so weakly. 2. Insert the TuneFM into your iPod. The iPod backlight will turn on and the current transmitter frequency will be displayed on the iPod screen. 3. Press the ▲ or ▼ button on the TuneFM to select the transmission frequency chosen in step 1. The frequency will be visible on the iPod’s screen. Pressing and holding either button will provide faster tuning. 4. After displaying the current frequency for five seconds, the iPod screen will return to the iPod Main Menu. This happens whenever you make changes to the TuneFM’s settings. All settings—including transmission frequency, volume-control setting, and stereo/mono-control settings—are permanently stored in memory at this time. Note: iPod playback will pause momentarily when entering and exiting the TuneFM control menu. Playback will quickly resume.
IPod Tutorial You finally took the plunge and bought yourself an iPod, (or better yet, somebody bought one for you.) Are you wondering how on earth this tiny contraption can store so much music, so many podcasts, and still have room for thousands of photos? Wait a minute, what’s a podcast? My iPod can hold photos? OK, let’s slow down a bit. If you are new to the world of iPod and don’t know where to begin, this tutorial should give you all the information you need to get started. We’ll start with a glossary of basic terms: iPod- The original, and the largest member of the iPod family, at 2.4 x 4.1 x .43 inches. It weighs between 4.8 and 5.5 ounces, depending on whether it holds 30 or 60 gigabytes(GB). Complete with a full color 2.5 inch screen, this deluxe model plays movies, TV programs, and music videos, all of which can be downloaded from the iTunes store. The 60 GB iPod stores up to 15,000 songs, 25,000 photos, or over 150 hours of video. It comes in black or white. It is also available in a special U2 Edition. iPod Nano-A smaller unit than the original, at 1.6 x 3.5 x .27 inches. Apple compares it to the thickness of a pencil. It comes in a 1, 2, or 4 GB size. A full color screen helps you manage your music, but it doesn’t play videos. The 4 GB model holds up to 1,000 Songs or 25,000 photos. It comes in black or white. Sorry, no U2 Edition Nano.
Designed specifically for Acura vehicles, Acura Music Link allows you to play music from your Apple® iPod® on your vehicle's audio system. Acura Music Link connects your iPod directly to your vehicle's audio system for the best sound-quality results. (It does not transmit music from your iPod on an FM radio frequency and use your vehicle's FM radio to play music.) Once connected, Acura Music Link allows you to use the audio system's controls to search for and play music from an iPod, and it charges your iPod battery. To get the most out of Acura Music Link, first install the Acura TTS software application provided on the Acura Music Link CD-ROM. (See Using Acura Music Link With Acura TTS.) Acura TTS is an optional software that installs on the Mac or PC you use with your iPod. It provides voice prompts to help you find music on your iPod, and it allows you to shuffle songs, shuffle albums, seek/skip to the next song or album, and search playlists, artists, albums, and genres. (To learn more about Acura TTS, see page 10.) To get started using Acura Music Link quickly, see the Using Acura Music Link Without Acura TTS* section of this guide or the Quick Reference Guide. Both will show you how to connect your iPod, play music (either shuffle songs or shuffle albums), and skip to the next song or album. NOTE: Acura TTS is not required to operate Acura Music Link.
The automotive marketplace has seen a steady increase in customer demands for quiet and more comfortable vehicles. A customer’s expectations for NVH refinement often contradicts the constraints for lightweight vehicle designs and the need for a powertrain with increased fuel efficiency. The driveline of a vehicle can be a substantial cause of NVH issues. Variants in the driveline architecture (front wheel, rear wheel and four-wheel/all-wheel drive, automatic-, manual-, automatic-shifted manual transmission, etc.) combined with an overall increase in the complexity of the modern driveline systems can make the task of integrating them very challenging. Development of a well refined vehicle requires the understanding and control of several driveline-related noise and vibration problems within different frequency ranges, due to the multitude of driveline components and their potential excitation sources.. A key aspect of the driveline integration process is the realization that a design modification can have an impact on numerous NVH phenomena.
The thesis is concerned with the study of ﬂuid-structure interaction in ﬂexible tubes both from the modelling as well as the experimental point of view. More speciﬁcally, it presents the ﬁrst stage of development and testing of a novel uniﬁed solution method suitable for ﬂuid-structure interaction problems. In the conventional approach for modelling such problems, the ﬂuid and solid components are treated separately, information is exchanged at their interface and diﬀerent solution algorithms are used for the two components. The equations for solids are solved for displacement and stress and, the ones for ﬂuids are solved for velocity and pressure. The exchange of information between two solution methods that solve for diﬀerent quantities is not a trivial task and has also known drawbacks such as high computational cost and potential numerical instabilities, especially for very ﬂexible structures. In the new method presented in the thesis, a single set of equations is used to describe both ﬂuid and solid, while the interface between them is contained within the solution domain itself. This is achieved by reformulating the solid equations to contain the same primitive variables used in ﬂuids i.e. velocity and pressure. The PISO algorithm is used to handle the velocity-pressure coupling. The method proposed is fully tested for solids on a structural dynamic problem (beam bending) and the results compared successfully with the classical structural analysis. In order to quantify the dissipation characteristics of the numerical integration technique, a stability eigenvalue analysis of the proposed time marching and spatial discretisation scheme is performed in one dimension but the conclusions of this analysis were also in agreement with the results of the beam bending.
Suzanna Logan, Iain Hunter, Brent Feland, Ty Hopkins, Allen Parcell Brigham Young University, Provo, UT, USA E-mail: firstname.lastname@example.org Web: http://biomech.byu.edu INTRODUCTION During distance running, ground reaction forces (GRF) of more than two times a person’s body weight are typical. Attenuation of GRF has been a major concern for shoe designers and manufacturers, as one of the primary roles for running shoes is to provide shock absorption. Additionally, in competitive shoes such as racing flats and spikes, the weight of the shoe has been reduced to improve performance. In comparison to most regular running shoes, spikes and racing flats have less cushioning and a thinner heel. Several studies have looked at the reduction of GRF in running shoes, but there is a lack of data on the GRF in competitive footwear. Studies comparing barefoot and shod running have found significantly increased loading rates and greater vertical impact peaks in the barefoot condition (De Wit, 2000). The objective of this study was to compare how GRF are influenced while running in training shoes, racing flats and spikes at a given speed, and therefore provide meaningful information that could influence the timing and frequency of the use of competitive footwear in runners.
Power-actuated clamping device Clamping force 5'000–20'000 N Power-actuated chuck 3 KCHP 160 Perfection at a glance CNC control system GE Fanuc 310is The latest generation control system with Windows CE Graphic programming with DXF import User guided ISO programming with expanded functionality Tool administration for a maximum of 99 grinding wheels Display of process data with various display variations USB, ﬂash card and network connections Wheelhead 8 different wheelhead variations for every application Required power 10 kW Grinding wheel diameter up to 500 mm Peripheral speed of the grinding wheel up to 63 m/s HF internal grinding spindle up to 8 kW Table / slide Low-friction X-guide for the best infeed precision KEL-VITA Tailstock morse taper 4 retraction of sleeve 48 mm Micro-adjustment of tailstock adjustment range +/- 60 µm High frequency dressing device for rotating dressing tools Equipment Arobotech-steady-rest Automatic sliding doors Relief of Operator Faster workpiece change time Low-wear Z-guide with circulation lubrication Glass measuring devices on X and Z axes High dynamics with rapid traverse speeds of 20 m/min. on the Z axis and 10 m/min. on the X axis Ergonomics Good visibility of the grinding process thanks to a generous viewing window Advanced optical and ergonomic design Clearly arranged, central interfaces on lower table for all table assemblies .