Problem: Article: Place the spoon, knife, cheese mold, cheesecloth, colander, mesh grate, and cheese mats into the large stockpot, cover everything with water and bring it to a boil. Let everything boil for 10 minutes, and then carefully drain the water and set the items on a clean countertop. Although blue cheese is moldy by nature, you want to make sure to not introduce any other kinds of harmful bacteria to the mixture. This process cleans the stockpot for you, so you don't have to do anything additional to it. Don't use an old sponge to clean the items, as it could transfer bacteria in spite of the soap. Use a new sponge or clean washcloth to wipe down the baking tray and the 5 gallon (19 liter) plastic bucket. You could mix in 1 teaspoon (4.9mL) of bleach to wash these items if you want to. Any working surface that you think you might use during the cheese-making process will need to be wiped down. Use warm water and dish soap, and then dry off the surfaces with a clean towel. Wear gloves if you have sensitive skinjust make sure to wash your hands thoroughly before you begin the cooking process.
Summary: Boil all the smaller items inside the stockpot for 10 minutes. Clean the baking tray and large plastic bucket with soapy water. Wipe down the countertops and stovetop with water and soap.

Problem: Article: There are two critical areas of a human which contain major organs and vital systems which, if shot, can stop a man in his tracks or kill him. is the "center of mass" in a human. This area contains the heart, major veins and arteries, the trachea, bronchi and lungs, the esophagus, and structures of the nervous system including the paired vagus nerves. To imagine the area that this encompasses, it starts above the diaphragm (just below the sternum) and makes (from a frontal view) a dome shape up to the first lateral rib. This is a pretty large target area. A shot in one area of the thoracic cavity is little different from any other, unless you hit the heart. The problem with shots in the thoracic cavity is that a determined fighter or a man on drugs will be less than impressed with anything you throw at him in this area. Even if you destroy a person's heart they still have 20 to 30 seconds of full cognitive and physical ability with which they could severely hurt or even kill you. Additionally, the heart is a very small target and completely destroying the heart with one bullet is nearly impossible, which means that they will likely have even more time before their eventual fate is achieved. For all these reasons, many have adopted the self-defense rule: "shoot until the threat ends." (Or as stated in The Rules of Combat: "When in doubt, empty the magazine.") But you must determine for yourself what your protocol will be. Body armor is also a factor. Just hitting a man in the chest (unless you hit him in the exact same place every time) is just going to deplete your magazine. (Your chest delivered bullet thump MAY induce a fibrillation, resulting in death, but it has to be timed perfectly with your target's heart beat. Not an advisable procedure. Nor is it reliable.) Bullet penetration is very much a key factor in bullet selection. This penetration does a few things for you. At less than optimal angles, the bullet will still reach vitals, and it will give your bullet a chance to possibly hit the spine, which (depending on where it lands) can either incapacitate completely, or at least paralyze enough of the body, so you may be able to get away. An important factor to note is that while bullet penetration can be to your advantage, rounds with a high degree of penetration (e.g., the FN 5.7x28 round) can exit the target. When firing with rounds like these, beware of accidentally hitting people or objects behind your assailant. Position yourself to your advantage, and wait for a clear shot. Once it leaves the barrel, the bullet will hit something, and you can't call it back! This area is much simpler; it contains the brain and upper spine. While the brain is an obvious target, there are still some considerations in shot placement. The front of the cranium (above the eyebrows) is one of the hardest bones in the body, it is also not a flat target (angled toward the top of the head, and toward the sides). There have been instances where bullets have ricocheted off a person's forehead. Incidentally, just below this bone (below the eyebrows), down to the top of the upper-jaw is a very soft area with nose cartilage, sinus cavities, and eye holes, which leads directly to the lower brain, the medulla oblongata, and the upper spine. The brain is the largest target, and a bullet in there will mean "lights out," but flinching and minor movements are also possible when the brain is shot. The medulla oblongata and the upper spine initiate those flinching signals that are sent to the body. A bullet through either one of those, should ensure that there is no way the body might accidentally pull a trigger or move in some other potentially detrimental way. In a situation which requires the immediate and unquestioned incapacitation of a person, a shot through an approximately 3-inch (above the upper-jaw to eyebrows) by 5-inch (the outside edges of the eyes) window in the head is essential. This 3x5-inch area is about the same no matter what angle the person is facing you (from the rear and the sides it is about the same size and about the same level on the head). When scoring (to compare your improvements), or competing, a shot breaking the line of either cavity is good. The size of the grouping should matter less than getting the hits in quickly; and when shooting at the cranial cavity, only a guaranteed shot should be taken (you should always take more time for a cranial shot than a thoracic shot). But keep in mind, "Remember your worst day at the range; you will be twice as bad when you are in a gun fight." So, a hand-sized grouping in the thoracic region is optimal, as a general rule.
Summary: Bullet placement is much more important than the bullet itself. The thoracic cavity The second major area is the cranial cavity. For practice, replacing the circular chest target with a dome-shaped 11x7-inch target and the head with a 3x5-inch target will get you a more realistic targeting area.

Problem: Article: You may have thought of a better way to split up responsibilities, but don't just nod your head in agreement and then keep on doing it the old way. If the organizational structure follows some standard , then get to know the standard. There's never going to be enough staff, time, money, space, technology, etc. for the workload. Understand how your boss has decided to mix and match these resources. Here's an example of where the team offloads work from the boss. Don't expect the boss to be equally effective in all phases of a project, all processes, all skills. Consider any project plan to be a framework and fill in the empty areas. If there are already metrics in place, use them and study the results. Yes, you can learn from disasters, but you'll need metrics to gradually improve your processes when you've eliminated disasters. If the team doesn't already have metrics, then invent your own and measure yourself. Create a metric, gather and analyze the data and study the results. Once the metric has served its purpose, turn to another area to improve - drop the first metric and start another. After the completion of every project have a debriefing of what went right and what could be improved. This would normally be the responsibility of a manager to set this up, but the team is perfectly capable of doing this on their own.
Summary:
Be clear about the organization structure, goals and your responsibilities. Understand the trade offs and balance among resources. Collaborate with other team members to complete project plans. Measure your performance. Make sure the team learns from its experiences.