The covering layer of our chocolates consists only of cocaco butter (no other vegetable fats) so substantial changes in temperature can cause the fats to rise to the surface.

When a thin layer of fat crystals forms on the surface of the chocolate, it is called fatbloom. It means the chocolate has lost its gloss and a soft white layer appears, giving the finished article an unappetizing look. Fatbloom is caused by the recrystallization of the fats and/or a migration of a filling fat to the chocolate layer. Storage at a constant temperature will delay the appearance of fatbloom. See similar questions...

The crystals of fat in the chocolate change into liquid and migrate to surface,solidify and form a white film. Following condensation of water on the chocolate , the sugars have dissolved to re crystallise on the surface of the product. See similar questions...

White chocolate contains a lot of sugar and milk proteins and lactose. These heat sensitive ingredients tend to agglomerate if the temperature exceeds 45'C. If there is high water content, this occurence becomes much more likely. See similar questions...

Colors are added to maintain a consistent product appearance. Colors do not affect either the flavor or nutrition of products. The colors that are used in pet foods are approved for use by the U.S. Food and Drug Administration. Colors are added at low levels and are safe. See similar questions...

Understanding how cookies really work requires an understanding of how HTTP works. Cookies transport from Server to Client and back as an HTTP header. The specifications for this header are explicitly laid out in RFC 2109. When a cookie is sent from the server to the browser, an additional line is added to the HTTP headers (example): This header entry would result in a cookie named foo. The value of foo is bar. See similar questions...

Food coloring will dye the water but not the cotton. Food coloring dye does not bond to the cotton. Think of the fiber as fabric and use any fabric dye. The color in soft construction paper transfers its dye to the pulp as well. For the construction paper dye, tear a 2" or 3" square piece and place in the blender with the cotton sheet and it will color the pulp. See similar questions...

The main idea of the coloring is: apply twelve colors from the color wheel to the twelve pitches around the circle of fifths. Once you've decided to do that, there are four more choices: Which color/pitch to start on. I've chosen blue as the "home pitch," since blue suggests repose and resolution (as opposed to, say, red, which suggests activity). Which direction to use in mapping the pitches and the colors. See similar questions...

In reality (and in many countries; legally) not really chocolate at all, as it contains no cocoa solids, which leaves it the smooth ivory or beige colour. White chocolate is primarily cocoa butter, sugar, milk and vanilla. White ‘chocolate’ is the most fragile form of all the chocolates; pay close attention to it while heating or melting it. It must be achieved slowly or it will burn and seize very easily. See similar questions...

Don't bother. Commercial hummingbird "nectar" is often dyed red, but there is no benefit to this. Hummers come to clear sugar-water just as readily. See similar questions...

Once the fountain is assembled, pour the melted chocolate into the base until it is near the top rim. Turn the switch to the right. This will turn on the heating element, which is controlled by a thermostat, and turn on the motor, which turns the auger (corkscrew). The chocolate will be pushed up to the top where it will then flow down the 3-5 tiers and completely "enrobe" the fountain. See similar questions...

Real chocolate has a large amount of cocoa butter in its formulation that can separate from the other ingredients. The cocoa butter will rise to the surface when subjected to extreme heat. Then when cooled, the surface of the chocolate can appear as looking a cloudy gray or white or have spots on it. This is known as "chocolate bloom". Bloom may cause the chocolate to lose its normal, creamy texture and flavor. The age of a product is not a factor regarding bloom. See similar questions...

The short answer is: yes, for the vast majority of all people who get my report, it works just fine. There seems to only be about 1 or 2 people every three months or so who have trouble, but most people don't have any trouble at all. Now here's the long answer: Back when I first started this site in March 2006, I used to get asked this every once in awhile. Most of the time, people just want to know if I'm really a real guy or not. See similar questions...

Nothing works for 100% of the population, 100% of the time. Anyone who says they have something that does is being untruthful. The great news is we have a 98.5% success rate with our clients who follow the methods outlined in the ebook. There is more than an excellent chance you will see the same results. See similar questions...

There are currently no documents describing this process in detail. You can compile programs and inspect the generated source or bytecode, or view the source code (see AspectJ Project Development). We hope to write papers on the bytecode weaving model used in AspectJ-1.1 if we can find the time. Erik Hilsdale and Jim Hugunin did draft a paper for AOSD 2004, now available on Jim's web site: http://hugunin.net/papers.html Jim summarized advice weaving in the AspectJ 1. See similar questions...

White papers are meant for the decision makers who have an understanding of the problem scenario and will choose your product based on the white paper for further technical analysis. So, if your white paper is profusely filled up with technical jargons, the main selling proposition maybe lost in the process, causing your white paper to fail its objective. See similar questions...