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Please see reverse side for additional information! Please attach to this complaint copies of all the documents which support your complaint. For those items marked with an asterisk (*), copies of supporting documents are very important. Such documents may include, for example, newspaper or other advertising, contracts, certificates of title, manufacturer’s statement of origin, odometer disclosure statements, repair or work order(s), bill of sale, litigation documents (Petition, Answer, Journal Entry of Judgment), vehicle transfer ownership agreement, foreign title assignment affidavit, power of attorney, secured power of attorney, affidavits to a fact, temporary registration permits and any (and all) documents related to this complaint. Please note: This is a formal complaint to the Kansas Department of Revenue, Division of Vehicles, Vehicle Dealer Licensing Bureau. As such, the information provided below will be used to conduct investigative efforts deemed necessary and sufficient by the Department for enforcement of the Kansas Vehicle Dealer & Manufacturer Licensing Act, K.S.A. 8-2401, et seq. The complaining party is providing this information for the express purpose of enabling the department to fulfill its statutory enforcement duties and if the result of any investigation conducted following this complaint determines such violations the licensee (dealer) found in violation, following an opportunity for administrative hearing in accordance with K.S.A. 8-2411, may be subject to fines from $50.00 to $1,000.00 or suspension, revocation or non-renewal of license or both. The Kansas Department of Revenue, Division of Vehicles, though, does not have the following authority: ...the authority to order a dealer to deliver title to a purchaser; ...the authority to order a dealer to return to a vehicle purchaser any of the purchase price of a vehicle; ...the authority to order a dealer to perform any specific act in conjunction with a sale or service transaction with any customer. Use the below lines to continue your narrative.
Olympus M.Zuiko Digital ED 9-18mm f/4.0-5.6 Lens available for just £399.00 from Tip Top Electronics UK with fast shipping.The Olympus M.Zuiko Digital ED 9-18mm f/4.0-5.6 Lens is a super-wide-angle lens compatible with Micro Four Thirds System cameras.
The Epson Stylus Pro 3800 is the first printer to be driven by EFI XF using the Epson original halftoning module. In other words, EFI XF uses the same technology as the original Epson Windows/Macintosh printer driver to print to this printer. This document describes how this influences the settings in EFI XF. From software version EFI XF 3.1.2, the Epson Stylus Pro 3800 printer can also be driven in contone mode. This mode provides additional higher resolutions of 1440 x 1440 dpi and 2880 x 2880 dpi, as well as enabling you to modify light norm inks. Please note that this document refers solely to the halftoning version. Media profiles All media profiles available for the Epson Stylus Pro 3800 printer are created with the following fixed settings: Resolution 720 x 720 dpi Ink type Epson UltraChrome K3 Color mode CMYK Halftoning Printer halftone Therefore, when creating your own media profiles, you only need to define: • the print mode — Normal or Super • Media set — The type of media you want to print on • Media — The name under which the media will be displayed in EFI XF Based on the settings for print mode and media set, the Epson printer driver automatically makes the settings for printer resolution and ink type. Printer resolution The input resolution of all media profiles is 720 x 720 dpi, although the printer supports resolutions ranging from 360 x 360 dpi to 2880 x 1440 dpi. The printer resolution is made independently by the Epson printer driver and is based on the print mode and media set for which the media profile was created. Ink type The Epson Stylus Pro 3800 is a nine-color printer with slots for the following pigment inks: C, M, Y, K, LC, LM, LK, LLK, Photo K and Matte K. The Epson printer driver determines which inks are used for color reproduction. For example, to output a CMYK image, the Epson Stylus Pro 3800 printer uses all the available colors — light, medium and normal inks. Based on the settings for print mode and media set, the printer switches automatically between photo and matte black ink. Therefore, to achieve good results, it is extremely important that you select the media type inserted in the printer. The following tables illustrate how print mode and media set affect the output printer resolution and ink type. ...
The Creighton University Graphic Standards Manual has been created to assist members of the Creighton community. Graphic standards are an important part of the University’s branding process, which increases Creighton’s visibility and the continuity of its image. All those responsible for visual impressions produced by or for Creighton University departments or employees are expected to follow the University’s Graphic Standards, as are all vendors of merchandise bearing the University’s name or symbols. University funds will not be allocated for items that are not in compliance. Questions regarding the Graphic Standards should be addressed to the Office of Marketing and Communications at 402.280.2738. Graphic standards reinforce the visual identity of a company or corporation. Graphic identity is the cornerstone of communication efforts. Inconsistent visual and conceptual images confuse our publics and undermine messages. Consistent use of graphics, symbols, color and typography increase the University’s level of visibility and credibility, and enhances its image. The Creighton University seal and logo (sometimes known as the logotype or signature) are registered with the U.S. Patent Office. These images are intended for the express use of Creighton University and its departments. Others wishing to use them must obtain permission from Marketing and Communications. Use of these symbols for commercial purposes is prohibited without express consent from Marketing and Communications. Approved use of University graphics may include related licensing fees. All trademarked or registered symbols must carry the proper trademark (™) or registration (®) symbols. Exception: stationery, envelopes, business cards, advertising and formal invitations. Alterations to or variations from the official University seal, logos, crest and graphic symbols are forbidden. Alterations can jeopardize our legal ownership.
The instructor's expectations for students during the semester: The students will be responsible for all materials covered in each lab and assigned in the book and lab reports. The students are expected to read the appropriate materials in the text before each laboratory. The key to success is hard work. Learning Outcomes: The overall goal of this course is for students to understand the basic principles of biochemistry laboratories. To this end, the following major learning outcomes shall apply: Students are expected to understand basic techniques in biochemistry. A necessary prerequisite for professional performance in the laboratory is preparation. Since our schedules are very tight for every experiment, you have to make sure you have read the experimental and instrumental instructions before coming to the class. Please bring an outline how to make your solutions and perform your experiments to the class. We have included a schedule in this manual. You are expected to take all classes. Otherwise, you will be advised to drop the class. However, some special emergency circumstances, for example illness when accompanied with a signed letter from a medical doctor stating explicitly that you are not able to take the class on that day for your own health reasons, will be considered. If you are not able to attend the class, please inform the instructor immediately so that an alternative can be arranged. Since you are registering a formal class at FIU, it is your benefit to arrive prior to 2:00 PM. You are allowed to be late for two times. After the third time late, you will be advised to drop this class. You will not allow attending the class after 2:30 PM. please come to the class on time! All experimental results should be documented in your laboratory notebook, which will provide a solid basis for writing your lab report. The original data sheets must accompany your reports.
WELCOME TO THE BIOCHEMISTRY LABORATORY! This Biochemistry laboratory seeks to model work performed in a biochemical research laboratory. The course will guide you through basic lab techniques, investigations into DNA and enzyme kinetics, an intensive purification and characterization of an unreported protein, and will culminate in a formal research paper in the format of an article published in Biochemistry. Module 1 is concerned with basic lab skills. In these labs, we will learn how scientists think and write about biochemistry and perform experiments. We will also learn to accurately and precisely measure small volume of liquid while avoiding sample contamination. Lastly, we will learn to compute and create buffer solutions—a cornerstone of biochemistry. Module 2 will allow us to purify the protein cytochrome c from a yeast species (Saccharomyces cerevisiae) using various fractionation techniques including homogenization, centrifugation, and column chromatography. We will characterize our products using biochemical methods including gel electrophoresis, UV-Vis spectroscopy, and electrochemistry. Using modeling software on the computer, the structure and function of model, comparison cytochrome c proteins will be investigated. As a result of this project, we will determine the molecular weight, the approximate number and type of aromatic residues, characteristic UV-Vis spectra, and denaturation/renaturation properties of cyctochrome c. Module 3 looks into the processes used to isolate, purify, amplify, and characterize DNA. We will isolate and purify DNA from a bacterial source, and design and then use then use the polymerase chain reaction (PCR) to amplify a DNA region of interest to ascertain the nature of the DNA we purified. Finally, we will perform in silico studies of DNA cloning, followed by DNA restriction and ligation for transformation into a bacterial expression system—molecular cloning. Module 4 is focused on enzyme kinetics, the measurement of the extent and mechanism by which enzymes catalyze biological reactions. We will investigate these processes by looking at the activity of tyrosinase found in mushrooms, which catalyze oxidation of various substrates. We will also investigate the effect of enzyme inhibitors of these reactions. The emphasis of the lab is on learning to perform complex biochemical techniques, as well as on analyzing and interpreting data and using graphing programs. Lab instructions and report expectations are explained in the pages that follow.
Today, analysis and design of business processes are the major tasks of business engineering [Scheer (1994), Österle (1997), Hammer et al. (1993), Davenport (1993)]. In research as well as in practice, the Architecture of integrated Information Systems (ARIS) [Scheer (1992)] is accepted as a standard framework for business process (re-)engineering. It supports the whole process management life cycle consisting of process design, process management, process workflow and process application implementation [Scheer (1996)]. The Unified Modeling Language (UML) [Rational Software (editor) (1997)] is a common standard for object-oriented modeling. The UML is derived of a shared set of commonly accepted concepts which have successfully been proven in the modeling of large and complex systems, especially software systems. With the UML extension for business modeling, a first object-oriented UML terminology has been defined for the domain of business modeling. ARIS as well as UML are based on integrated meta models supported by several modeling tools. The core business modeling concepts of both methodologies will first be introduced and compared afterwards. The method of Event-driven Process Chains (EPC) [Keller et al. (1992), Nüttgens (1997)] has been developed within the framework of ARIS in order to model business processes. In the EPC model, a process consists of sequences of events triggering business functions, which are themselves the results of other functions apart from initial events triggering the whole process. By introducing boolean operators (''and'', ''or'', ''exclusive or''), the event-driven control structure can be expanded to a complex control flow illustrating business relevant decisions. This basic model of the EPC can be extended by further semantic components of description. The illustration of data flows, responsibility of organization units and the use of IT systems are examples for such an extension (see figure 1). Furthermore, on the basis of formal descriptions of the EPC method, tool-supported concepts for analysis and simulation are being developed. The approach of Langner/Schneider/Wehler [Langner et al. (1997)] aims at the translation of EPC models into petri networks and at the algorithmic verification of the resulting networks. In contrast to this, the approaches of Rump [Rump (1997)] and of Keller/Teufel [Keller and Teufel (1997)] are based on a formal description of the EPC.
Quick Reference Oil Applications and Crankcase Capacities Chart Recommend Motorcraft SAE 5W-20 1.9L Escort/Tracer 2.0L SPI Escort(02)/Tracer(99)/Focus(04) 2.0L SPI Focus 2.0L Zetec Escort(00)/Escort ZX2(03)/Cougar(02) 2.0L Zetec Contour/Mystique 2.0L Zetec Focus/Escape 2.3L I4 Focus/Escape/Mariner 2.3L I4 Escape Hybrid Electric Vehicle 2.3L I4 Ranger 2.3L OHC Ranger/Mustang(94) 2.3L HSC Tempo/Topaz 2.5L Cougar(02)/Contour(00)/Mystique(00) 2.5L Ranger 3.0L (Vulcan) Aerostar(97)/Ranger/Taurus/Sable(Flexible Fuel(2) & Gas) 3.0L (Vulcan) Tempo/Topaz 3.0L (Vulcan) Windstar 3.0L 4V Taurus/Sable/Five Hundred/Montego 3.0L 4V Escape/Mariner/Freestyle 3.0L Lincoln LS 3.8L Mustang 3.8L SPI Windstar 3.8L SPI Windstar 3.8L Thunderbird/Cougar 3.8L Taurus/Sable/Continental 3.8L Windstar 3.9L V6 Freestar 3.9L V8 Lincoln LS/Thunderbird 3.9L V8 Lincoln LS/Thunderbird 4.2L Freestar/Monterey 4.2L SPI Econoline(04)/F-150 (under 8500 GVW only) 4.6L 2V Aviator/Explorer/Mountaineer 4.6L 2V Mustang 4.6L 2V Thunderbird/Cougar 4.6L 2V Triton F-150/250 (under 8500 GVW only) 4.6L 4V Marauder 4.6L 4V Mark VIII 4.6L 4V Mustang Cobra/Mach 1 (also includes SC) 4.6L 4V Continental 4.6L Crown Victoria/Grand Marquis 4.6L Econoline 4.6L Expedition 4.6L Town Car 4.9L F-Series/E-Series 5.0L Mustang/Crown Victoria/Grand Marquis 5.0L Mustang Cobra 5.0L Thunderbird/Cougar 5.0L Explorer/Mountaineer 5.0L F-Series/E-Series/Bronco(96) 5.4L Blackwood 5.4L 2V F-Series/Expedition (also includes SC) 5.4L 3V F-Series/Expedition 5.4L Navigator 5.4L E-150/250/350/E-350 Chassis/RV/Cutaway 5.4L Excursion 5.8L F-Series/Bronco(96) 5.8L E-Series 6.8L E-250/350/E-350 Chassis/RV/Cutaway 6.8L Excursion 6.8L Super Duty F-Series 250 HD/350/450/550 F-53 Motorhome 7.5L All Vehicles Recommend Motorcraft SAE 5W-30 1.3L Aspire 1.3L Festiva 1.6L Capri 1.8L Escort/Tracer 1.9L Escort/Tracer 2.0L Probe 2.0L HP Zetec SVT Focus 2.2L Probe 2.3L OHC Ranger/Mustang 2.3L HSC Tempo/Topaz 2.3L HSC Tempo/Topaz 2.5L Probe 2.9L Bronco II (91)/Ranger(92) 3.0L (Vulcan) Aerostar/Ranger/Taurus/Sable 3.0L (Vulcan) Tempo/Topaz 3.0L (Vulcan) Probe 3.0L Villager 3.0L SHO Taurus 3.2L SHO Taurus 3.3L Villager 3.4L SHO Taurus 3.8L Taurus/Sable/Continental(95)/Thunderbird/Cougar(97) 3.9L Lincoln LS 4.0L Explorer/Mountaineer/Ranger/Aerostar(97) 4.0L Explorer/Mountaineer/Explorer Sport/Explorer Sport Trac/Ranger 4.0L Mustang 4.9L F-Series/E-Series/Bronco(92) 5.0L Mustang/Crown Victoria (91)/Grand Marquis(91) 5.0L Mustang Cobra 5.0L Thunderbird/Cougar/Mark VII(92) 5.0L F-Series/E-Series/Bronco 5.8L E-Series 5.8L F-Series/Bronco 5.8 L Crown Victoria Police/Grand Marquis 7.5L All Vehicles Recommend Motorcraft SAE 15W-40 6.0L DIT Diesel Vehicles (3) 7.3L DIT Diesel Vehicles (3) 7.3L Diesel Vehicles (3) Recommend Motorcraft SAE 5W-50 5.4L 4V GT (SC) ...
ENGINE—ENGINE OIL—RECOMMENDED APPLICATIONS FOR SAE 5W-20 AND SAE 5W-30 MOTOR OILS—GASOLINE AND FLEXIBLE FUEL VEHICLES ONLY FORD: 1992-2002 1993-1994 1993-1997 1993-2002 1995-2000 1998-2002 2000-2002 1993-1996 1993-1997 1993-2002 1995-2002 1997-1999 1997-2001 1997-2002 1999-2002 2000-2002 2001-2002 LINCOLN: MERCURY: Article No. 02-1-9 CROWN VICTORIA TEMPO THUNDERBIRD ESCORT, MUSTANG, TAURUS CONTOUR ESCORT ZX2 FOCUS BRONCO AEROSTAR E SERIES, F-150, RANGER WINDSTAR F-250 LD EXPLORER EXPEDITION SUPER DUTY F SERIES, SUPER DUTY F-53 STRIPPED CHAS. EXCURSION ESCAPE 1991-2002 1993-1998 1993-2002 2000-2002 1998-2002 TOWN CAR MARK VIII CONTINENTAL LS NAVIGATOR 1992-2002 1993-1994 1993-1997 1993-1999 1993-2002 1995-2000 1999-2002 1997-2001 GRAND MARQUIS TOPAZ COUGAR TRACER SABLE MYSTIQUE COUGAR MOUNTAINEER This article is being republished in its entirety to update the vehicle models, engines and years affected. NOTE PLEASE REFER TO THE VEHICLE APPLICATION LIST LATER IN THIS TSB FOR A COMPLETE LIST OF VEHICLES AFFECTED BY THIS TSB. Copyright © 2002 Ford Motor Company ISSUE Ford Motor Company now recommends SAE 5W-20 viscosity grade for servicing most gasoline and flexible fueled vehicles. ACTION All 2001 and 2002 vehicles where SAE 5W-20 is specified should be serviced at the recommended oil change intervals using SAE 5W-20. This oil is an improved formulation to improve fuel economy. PAGE 1 Article No. 02-1-9 Cont’d. Testing has validated this viscosity grade can be used in many previous model year vehicles. It is recommended ALL vehicles on the following Vehicle Application Listing be service with SAE 5W-20. All 2001-2002 vehicles other than those listed in the “Exception 2001 Vehicles” or “Exception 2002 Vehicles” chart are being filled with SAE 5W-20 motor oil at the factory and should also be serviced with SAE 5W-20 oil. PAGE 2 Article No. 02-1-9 Cont’d. Vehicle Application Listing Approved For SAE 5W-20 Motor Oil • 1993-1996 1.9L Escort/Tracer • 1995-2000 2.0L Zetec Contour/Mystique • 1999-2002 2.0L Cougar • 1997-2002 2.0L Escort/Tracer • 1998-2002 2.0L Escort ZX2 • 2000-2002 2.0L Focus • 2001-2002 2.0L Escape • 1993-1997 2.3L Ranger • 1993-1994 2.3L Mustang • 1993-1994 2.3L Tempo/Topaz • 1998-2001 2.5L Ranger • 2000-2002 5.4L Excursion • 1998-2002 5.4L 2V/4V Navigator • 1997-2002 5.4L 2V F-150/250 (under 8500 GVW only), Expedition, E-Series, E-350 Chassis/RV/Cutaway • 1993-1997 5.8L F-Series, Bronco • 1993-1996 5.8L E-Series • 2000-2002 6.8L Excursion • 1997-2002 6.8L E-Series, E-350 Chassis/RV/Cutaway • 1999-2002 6.8L Super Duty F-Series 250 HD/350/450/550 Motorhome • 1993-1998 7.5L All Vehicles
THANK YOU FOR SELECTING A HUSKY FLOOR LINER FROM WINFIELD CONSUMER PRODUCTS CARE AND USE INSTRUCTIONS Your new floor liner is custom molded to fit your particular vehicle. The liner is made to take the place of your factory floor mats. For correct fit, it is necessary to remove the factory floor mat before installing your new floor liner. However, do not remove the factory-installed carpeting. Your liner is made from an engineering resin that is lightweight and extremely tough and durable. The easiest way to clean your liner is with a damp cloth or sponge. If using a cleaner, 409® or Glass Plus® work well. Use of Armor All®, Son-of-a-Gun ® or similar items is discouraged as these products make the liner slick. INSTALLATION INSTRUCTIONS FOR YOUR SUPER DUTY FORD TRUCK SECOND SEAT FLOOR LINER FRONT OF VEHICLE *TO AID INSTALLATION, FOLD REAR SEAT BOTTOMS UP 6385.DOC Rev: 0 02/08/01