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Effect of pH on Hair Resilience ManualThere are three components to this lesson, outlined below. Complete the activities in order to answer the central question of this lesson: “How does understanding the chemistry of hair care, including the role of pH, help in the development of better hair care products?”
Part I: Determining the pH of shampoo samples
Using the shampoo samples given to you by your teacher, determine the pH of each of the samples. You can determine pH by using a method familiar to you, such as using pH strips or probes. Record the pH of your shampoo samples below:
Shampoo name pHPart II: Treating hair samples in solutions of varying pH Complete the following activity in your lab group and answer the questions that follow.
Procedure:
1. Obtain 4 wooden splints; 4 test dishes; 20 strands of the same type of hair; and 4 strips of tape.
2. Clean the 4 dishes in pH neutral solution and rinse thoroughly with distilled water. (Be sure to clean all glassware after each use so that the samples are not contaminated.)
3. Label the test dishes pH 2.0, pH 6.0, pH 10.0, and pH 12.0. Add 10 mL of the appropriate pH solution to each of the dishes.
4. Tape 5 strands of hair to each splint with one end fastened, and the other end free to be immersed in the test solutions. Label the ends of each splint with pH 2.0, pH 6.0, pH 10.0, and pH 12.0.
5. Put each splint into the corresponding solution. Allow the hair to be exposed for 10Nokia Bluetooth Headset BH-800 User Guidesearch for Bluetooth devices. See the user guide of your phone for. instructions. 3. Select the headset (Nokia BH-800) from the list of found devices.
Download PDFGlobus Success StoryLeading German retailer makes the move to SUSE LINUX Enterprise Server to increase performance and reduce hardware costs. OVERVIEW Established 175 years ago, GLOBUS is a leading retailer in Germany with more than 20,000 employees and nearly 90 locations, including 10 in the Czech Republic. GLOBUS competes in a more than 35 markets, including food, electronics and home improvement, selling more than 100,000 products in each of its stores.
CHALLENGE GLOBUS had been using a proprietary UNIX* system to run its custom-developed ERP applications. Each store location had an expensive server to run its ERP applications, as well as file and print services. With slim profit margins in the food market, the company needed to significantly reduce its IT expenditures, without sacrificing performance or reliability. By moving from a proprietary system to Linux*, GLOBUS sought to reduce both its software and hardware costs. www.novell.com
Download pdf Globus Success StorySensor Web 2.0: Connecting Earth's Sensors via the InternetSensors are everywhere, which includes space, air and ground. Earth phenomena such as disasters also occur everywhere; such as wildfires, floods and volcanoes. There is a need to rapidly deploy existing sensors to aid emergency workers and investigators. The vision for our effort is to provide users the capability to create “mash ups” (a web application that combines data from more than one source into an integrated experience), similar to that used by Google Earth users to create a composite map with overlays of sensor information and from other data sources such as weather, traffic, urban construction etc. We make use of Web 2.0 technology and Open Geospatial Consortium (OGC) Sensor Web Enablement (SWE) web service standards to enable access to Earth’s sensors is an emerging mega-trend which will lower the cost of producing customized science by an order of magnitude. This paper will outline the key aspects of our experiments to date and implications for the future and in particular the Global Earth Observation System of Systems (GEOSS) international effort.
Our team has been developing various ongoing prototypes with increasing complexity to demonstrate n an approach to interconnect sensors around the world and to enable easy access to the data from the sensors. Furthermore, we enable easy methods to combine various sensor data along with applying processing algorithms to provide users with customized data products.
In our demonstrations, we have used up to four satellites, one Unmanned Aerial System (UAS), multiple ground sensors, data algorithms and models in a variety ofEJB's 101 DamnationsThis is the tale of 101 Damnations. Sadly, it's no Disney story - in fact it's more likely to have been pulled from the pages of the Brothers Grimm. Whilst writing the EJB modules for our JGenerator product, we started punting an email back and forth containing all the issues we had with EJB. And there were many. Before we knew it we ended up with 101 howlers. In this article we present an edited version of the email. It isn't a complete list and there may be some overlapping issues. If there is enough interest we will turn it into a more formal analysis.
Before you flame us for chasing after your sacred cow with a big stick, all three of us have belonged to the "pro-Java" lobby since Java was in its first beta, and we still do. We have evangelised Java at every company we have worked at. However, EJB just presents so much that is wrong and messed up that we felt we had to speak out.
The 101 issues are divided into the following categories:
• Conceptual
• Design
• Development
• Deployment
• Runtime
• Knock-On Effects
And finally there's a conclusion, containing some heartfelt suggestions for improving the EJB spec. We want Java and J2EE to succeed. We want it to remain the platform for developing server-side applications. We just hope that somebody at Sun is paying attention…
Download pdf EJB's 101 DamnationsHP vp15/vp17/vp19/FP1707/WF1907/w1707/w1907/w2007/w2207/w2408 LCD Monitor Users ManualPreparing the column-base monitor for wall-mounting Reinstalling the desktop pedestal and base for the monitor Connecting the VGA (Analog) or DVI-D (Digital) Cable To connect the VGA cable To connect the DVI-D cable Connecting the HDMI Cable Audio and Video Cables and Adapters Connecting the Audio Cable Connecting the USB Hub Cable Connecting USB Devices to the Monitor Connecting the Power Cable Cable Management Adjusting the Tilt Adjusting the Swivel (Select Models Only) Adjusting the Height (Select Models Only) Pivoting the Monitor (Select Models Only) Ambient Light Sensor (Select Models Only) Keyboard Parking User’s Guide Operating the Monitor CD Software and Utilities
Installing Drivers Downloading Updated Drivers from the Internet Using the Auto-Adjustment Function My Display Software Front-Panel Controls Using the Onscreen Display (OSD) OSD Menu Selections Selecting Video Input Connectors Identifying Monitor Conditions Adjusting Screen Quality Optimizing Analog Video Power-Saver Feature High-Bandwidth Digital Content Protection (HDCP) Preparing the Monitor for Shipping Removing the Monitor Base Removing the cantilever base Removing the column base Folding the Double-Hinged Monitor Troubleshooting Solving Common Problems Getting Support from hp.com Preparing to Call Technical Support Locating the Rating Label Technical Specifications HP LCD Monitors Preset Video Modes LCD Monitor Quality and Pixel Policy Power Cord Set Requirements Agency Regulatory Notices Federal Communications Commission
Download HP vp15/vp17/vp19/FP1707/WF1907/w1707/w1907/w2007/w2207/w2408 LCD Monitor Users ManualNokia Bluetooth Headset BH-700 User GuideBluetooth devices. See the user guide of your phone for instructions. 3. Select the headset (Nokia BH-700) from the list of found devices.
Download manualConstraints & Dynamic Parenting in MayaDynamic Parenting refers to a situation where the inheritance of an object’s transform channels can be turned on and off, either by keyframes or other means, during the course of an animation. Commonly this is used to allow an animated character to pick up and put down objects. It is also very useful when controlling the binding and interaction of two molecular structures in a scientific animation. In Maya, the easiest way to achieve dynamic parenting is through the use of constraints.
This lesson will go through several variations of dynamic parenting situations as a means to inspire you to develop your own creative solutions to the problem. As always, there are a million ways to achieve something in Maya, and only 500,000 of those ways are a bad idea.
Point Constraint: One or more other objects control any or all of one object’s translation channels.
Orient Constraint: One or more other objects control any or all of one object’s rotation channels.
Parent Constraint: One or more other objects control any or all of one object’s translation and rotation (but not scale) channels.
Note that the Maintain Offset option will allow you to maintain the controlled object’s current position at the time these constraints are applied.
Other constraints include Geometry, Normal, Tangent, Pole Vector, Aim, and Scale.
Download pdf Constraints & Dynamic Parenting in MayaBMW Motorrad Maintenance schedule R1100RT/R1100RS/R850GS/R1100GS PDFBMW Motorrad Maintenance schedule R1100RT/R1100RS/R850GS/R1100GS/R850R/R1100R
Customer Licence No. Mileage
A Job Order No. Date Mechanic’s signature
BMW Inspection at
1000 km/600 miles
BMW Maintenance
Service every
10000 km/6,000 miles
BMW Inspection
every 20000 km/
12,000 miles
BMW
Annual Service
Change engine oil when engine is warm, renew oil filter cartridge for short-distance driving or outside temperatures below 0°C every 3 months, every 3,000 km (1,800 miles) at the latest
Change oil in manual transmission and rear wheel drive when at operating temperature
Retighten cylinder head nuts
Adjust valve clearance
Check spark plugs
Renew spark plugs
Renew fuel filter *) normally every 40,000 km (24,000 miles), but if fuel is of poor quality every 20,000 km (12,000 miles)
Check battery acid level, if necessary top up with distilled water
Clean and grease battery terminals
Renew intake air cleaner in very dirty or dusty conditions, renew the intake air cleaner element every 10,000 km (6,000 miles), or even more frequently if necessary
Check throttle cables for free movement, abrasion and kinking, renewing if necessary *)
Download PDF of BMW Motorrad Maintenance scheduleIntroduction to Web Application DevelopmentThe Web paradigm adds a whole new level of complexity to traditional application development. The phrase “You’ve got just 15 seconds to grab a user’s attention” is fast becoming a cliché, but it really sums up the idea. You’re no longer just creating an application, but a commercial or a TV show, and the user has his or her hand on the remote. It’s called surfing the Web for a reason. As a developer, you need to be keenly aware of the impact of architectural and implementation decisions on application performance and scalability. With this technology, as we are discovering, we are still dealing with a client/server model.
The Importance of Protocols
Have you ever seen a diplomatic meeting on a news report? Usually these events are very formal affairs with rules that were clearly defined beforehand. For diplomats, protocol is everything. It specifies the ceremony and etiquette and generally governs every aspect of interaction between nations. In short, it’s all about communication. For standards-based communication, protocols are everything as well. Internet protocols are agreed-upon standards for exchanging data between networks on diverse platforms and different environments.
Although understanding the entire network model is important, you’ll spend most of your time as a Web developer using the application-level protocols, such as Hypertext Transfer Protocol.
Hypertext Transfer Protocol
HTTP is known as a stateless protocol. It’s also one of the most highly used protocols in the process/application layer. Using HTTP for communication is normally divided into two parts: a request by the browser (or other client)
