Q: Many people use honey in their diet because it contains enzymes that assist in digestion and promote overall health. If you are one of them, and find yourself with a crystallized mass of hard honey, use a warm water bath for best results. As mentioned above, microwaving can not only affect the taste of the honey, it can also zap the honey beyond the point in which its enzymes break down. Since you can control the temperature of a water bath more easily, you are less likely to lose the beneficial aspects of honey using this method. Avoid plastic containers if you can; not only are they shallower (making tipping over a very real possibility), they are also worse at conducting heat. After water has reached about 95F (35C), remove the saucepan from the heat source. The water will continue to heat even after the heat source has been removed. Check the temperature with a kitchen thermometer for best results. If you don't have a thermometer, try testing the water temperature by resting your elbow in it for around 5 seconds. The water should feel warm but not hot enough to cause discomfort when it's at the right temperature. While exact estimates vary, it's best not to let honey heat too far beyond 95F (35C). Once it heat's significantly beyond this, the nutritional enzymes in the honey start getting destroyed. Note that some estimates place this maximum temperature at about 110F (43C) instead. While the exact temperature is somewhat debated, it's best to stay within this range. Open the honey jar and carefully place the honey in the water bath. Wait for the warm water to begin breaking down the glucose crystals on the sides of the honey jar. Crystallized honey is a poor heat conductor; stirring will help transfer heat more evenly from the sides of the jar to the middle of the honey. Since the water bath removed from its heat source will only get colder, you're in no danger of overheating the honey by simply leaving it in the water bath. Stir occasionally for best results; otherwise, set it and forget it.
A: Liquefy honey in a water bath if you're particular about preserving natural enzymes. Transfer your honey into a glass jar if necessary. Fill a large saucepan with water and gently heat it up to about 95F (35C). Submerge the crystallized honey in the warm water. Stir the honey periodically to speed up the liquefaction. Remove honey from the water bath when it has fully liquefied.

Q: Make sure you and those around you are wearing the proper attire to launch paintball grenades. If thrown with enough force, they may cause bruising so cover up. Wear long-sleeved shirts and pants, as well as goggles. To achieve the best results, it's a good idea to aim for a bunker at the paintball field or a fort. The impact will increase the spray radius. Plus you will be able to eliminate more players. When ready, remove the cotter pin from the tube but leave the washer in place. Toss the grenade at the intended target. Once the washer hits the ground or other hard surface, the tube will burst open causing paint to splatter for several feet. When pulling the pin, if paint starts to leak, throw it immediately or you will be covered with your own bomb! For optimum results, throw the grenade high into the air so it has maximum impact hitting the ground.
A: Be safe. Aim for a hard surface. Launch the grenade.

Q: Throw at least 2 tbsp. of salt into the water. This is the first step to making this tasty edamame dip. Cook them until they're cooked through and tender. Then, drain them with cold water. Place this tasty edamame dip into a bowl and enjoy it with pita chips, carrots, or a variety of chips or veggies.
A: Bring 2 quarts of salted water to a boil. Return the water to a simmer and cook the edamame for 5 minutes. Serve.

Q: The key aspect of a good unit test is that it checks just one portion of a program. Whether you are looking to test an existing program, or planning tests for a program that isn't written yet, you'll need to break it down into discrete parts ("units"). You'll then write a unit test for each one. The definition of a "unit" varies widely depending on the type of program you are developing. A unit could be a class, but also a single function or procedure. A unit test can be used to check two kinds of scenarios. State-based testing is used to see if a program unit produces proper or expected results. Interaction-based testing, on the other hand, is used to see if a unit sets anticipated methods into action. To write a good test, you'll need to identify what you are trying to test for, so keep one of these approaches in mind as a model. Keep in mind that you'll need to write lots and lots of unit tests. You'll want to run a unit test for every portion of your program. Keeping your tests simple will have several benefits: Simple tests will help ensure that you really are testing only one unit at a time. The tests' code will be reliable. If you have complex test code, it will be more prone to problems, making it just that harder to see bugs in the code of the program you are testing. The tests will be faster, decreasing the overall amount of time it takes to do the testing. A simple test will be readable, meaning you may see some potential problems just by looking at the code itself. Seasoned developers know that there are different ways to test a program. Unit tests are narrow, specific, and look at only one portion of a program. Integration tests, on the other hand, look at the whole program in a real environment. In other words, unit testing ensures that the individual parts of a program work, while integration testing verifies that the parts work together. Integration tests also usually require external elements, such as web servers or a database. To keep unit tests controlled, write them so that they don't require external elements.
A:
Map your program into units. Determine if you need state-based or interaction-based testing. Plan simple and readable tests. Differentiate unit tests from integration tests.