INPUT ARTICLE: Article: The type of boomerang you buy will have a significant impact on whether you will get it to come back to you or not. Boomerangs are made from regular pieces of wood or plastic, so it takes some skilled workmanship to imbue such everyday materials with the aerodynamic qualities that make boomerangs so unique. There are loads of boomerangs on the market, but not all of them are true returning boomerangs, so do your research before you buy. Pick one that is made from lightweight materials. These boomerangs do not require a strong throw, which allows beginners to focus more on technique. They will usually travel between 10 to 25 meters (32.8 to 82.0 ft) before returning. Be aware that you will need either a left-handed or right-handed boomerang depending on your dominant hand. If you're left-handed, you will have considerable difficulty in throwing a right-handed boomerang with any success.

SUMMARY: Purchase a high quality boomerang. Beginners should choose a v-shaped or a tri-bladed boomerang. Pick a boomerang made for your dominant hand.

In one sentence, describe what the following article is about: Your adjuster will have more knowledge about your claim than any agent or representative with your insurance company. Therefore, it may be worthwhile to communicate directly with him on any issues you're confused or unsatisfied with.  Decisions you may be confused or unsatisfied with include those based on your application of coverage, the timing of when you filed your proof of loss, or the damage estimate. Contact your adjuster on these and similar matters before speaking to an insurance agent. If you are still not clear on why a decision was reached, or if you do not agree with that decision, you can then move on to the adjuster's supervisor. Ask your adjuster for his supervisor's contact information, and reach out to the supervisor before notifying an insurance agent. If your adjuster's supervisor is unable to help you, or if you still do not agree with his decision, you may then move on to your insurance company. The adjuster himself, as well as his supervisor, should be appealed to first, as they will have greater knowledge about your damage and the claim you filed. Contact your insurance agent through your usual means of communication, or look up the contact information for a representative at your insurance company. If you're still unclear on what's happening with your claim, or if you still have outstanding issues that are not being handled properly, you may contact the Federal Emergency Management Agency (FEMA). They can help clarify the process and may be able to help you mount an appeal if you did not have any luck with your adjuster, his supervisor, or your insurance company.
Summary: Talk to your adjuster first. Move on to the adjuster's supervisor. Contact your insurance company. Reach out to FEMA.

Depending on how thick you want the crust, you can use anywhere from one teaspoon to one tablespoon for a typical ramekin.  Raw sugar (turbinado) works very well.  However, some people use regular granulated sugar or even brown sugar.   Keep the flame moving around the sugar so it heats evenly. Then apply the torch a second time to brown it more evenly.
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One-sentence summary -- Cover the top the the custard with a thin layer of sugar. Place the ramekins on a fireproof surface. Light the torch and leave it on its highest setting. Hold the tip of the torch 2-3 inches (5-8 cm) from the sugar. After a few dark brown spots form, remove the torch and let the sugar cool for about 10 seconds.

INPUT ARTICLE: Article: Dip the test tube from a DPD kit down to a depth of 1.5 feet (0.46 m) to fill it up. Make sure the water reaches the fill line. Place a DPD #1 free chlorine tablet into the water in the tube. With the lid on, shake the tube until the tablet dissolves, then check the color of the water against the chart.  You can find these kits online or at pool supply stores; they measure how much chlorine is in the pool. They give the value in parts per million (ppm). Some kits may use drops instead of tablets. Always read the instructions for your kit. Write down the number for the free chlorine in your pool. Open the test tube. Using the same water already in the tube, add a DPD #3 total chlorine tablet. Put the lid on and shake the tube until the tablet dissolves. Compare the color to the given chart, which will give the total chlorine in ppm. Write down the total chlorine for your pool. Combined chlorines are the result of chlorine mixing with body waste like skin, oil, and urine. When the chlorine mixes like this, it's not as effective at disinfecting the water. Free chlorine is much more effective. For instance, if your total chlorine is 2.5 ppm and your free chlorine is 1.2 ppm, your combined chlorine is 2.5 - 1.2 = 1.3 ppm. The breakpoint level is when enough free chlorine is in the pool to break down the combined chlorines in your water. If you don't add enough, all the free chlorine will just convert to combined chlorines. If your combined chlorine level was 1.3, multiply that by 10 to equal 13, your breakpoint level. The desired change amount tells you how much you want the water to change in ppm. That will guide how much chlorine you add to the pool. For instance, the breakpoint level in the example is 13. Subtract the free chlorine level of 1.2 from 13 to get 11.8 ppm, the desired change amount. Typically, shock chemicals give an amount it takes to change the ppm level by 1 in 10,000 gallons (38,000 L). Therefore, divide the volume of your pool by 10,000 gallons (38,000 L).  For instance, if your pool is 60,000 gallons (230,000 L), divide by 10,000 gallons (38,000 L) to get 6. Always check your product for the correct amount. Check the back of the bottle again. It will tell you how much you need of the product to raise the chlorine level by 1 ppm in 10,000 gallons (38,000 L). For instance, you may need 2 ounces (57 g) of the product to raise the pool by 1 ppm. Multiply that number by the pool volume number you found in the last step and the desired change amount.  In the example, that would be 2 ounces (57 g) x 6 x 11.8 ppm = 141.6 ounces (4,010 g). Divide that number by 16 to get pounds: 141.6/16 = 8.85 pounds.

SUMMARY:
Measure the free chlorine in the pool. Check the total chlorine in the pool. Subtract the free chlorine from the total chlorine to find the combined chlorine. Multiply the combined chlorine by 10 to find the breakpoint level. Figure out the desired change amount by subtracting the free chlorine level from the breakpoint level. Divide the volume of your pool by 10,000 gallons. Multiply the pool volume by the amount of product needed to raise the chlorine level 1 ppm.