Tear a paper towel in half or tear off a square of plastic wrap, approximately 7 inches by 7 inches. Measure out about a tablespoon of baking soda and place it in the center of the paper towel or plastic wrap. Set aside.
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One-sentence summary -- Make a square to set the baking soda in.

Q: The top ID in the list is usually the main one, and should have the most characters. Right-click on this ID and copy it to your clipboard. This will usually display what the device is, which can be very useful for determining what the malfunctioning hardware is. This will return results that contain the driver files for your piece of hardware. You can also use the information you found in the previous step to download the correct driver from the manufacturer's support page. You don't have to worry about deciphering the whole thing, but there are two aspects that can help you identify the product if a Google search fails. The VEN_XXXX is a code that indicates the manufacturer (vendor). The DEV_XXXX is the specific model of hardware (device). Below are some of the more common VEN_XXXX codes: Intel 8086 ATI/AMD 1002/1022 NVIDIA 10DE Broadcom 14E4 Atheros 168C Realtek 10EC Creative 1102 Logitech 046D You can use the Vendor and Device IDs you extracted above to search the database at devicehunt.com. Enter the four-digit Vendor ID (VEN_XXXX) into the Vendor ID search field, or the four-digit Device ID (DEV_XXXX) into the appropriate field and click the "Search" button. The database is extensive but does not contain every piece of hardware. There's a chance that your search won't return results. The database is deigned for PCI slot hardware, including graphics cards, sound cards, and network adapters.
A: Right-click the top-most ID and select "Copy". Paste the hardware ID into a Google search. Add "driver" to the end of the search. Understand how Hardware IDs are formatted. Use the Device Hunt site to track down hardware.

Article: When tall boots are shoved in the back of a closet or haphazardly thrown into a box, they tend to lose their shape. To prevent this from occurring, insert a boot form or tree into each boot. Once your boots are thoroughly cleaned, polished, and conditioned, stand them up in a closet side-by-side. If you don't have space in a closet, you may store your boots in a plastic bin. Lay a pair of boots on their side in the bin. Place a cotton t-shirt of muslin shoe bag over the boots. Continue to fill the bin with alternating layers of boots and cotton t-shirts/muslin shoe bags. Store the closed bin in a cool, dark, dry, and clean space. If stored improperly, your ankle boots, winter loafers, and pumps will also become misshapen over time. To help your winter shoes keep their shape, fill each shoe with loosely packed tissue paper. Once filled, carefully stack the shoes in a storage container, such as a plastic bin or basket, your closet, or a designated shoe organizer. Use new tissue paper. Don't forget to wipe down, polish, and condition your short winter shoes. At the close of the winter season, you should sort through and clean all of your winter accessories. This may include, hats, gloves, scarves. You can place all of these items into a storage bin, cotton storage box, or a basket. If you have room in your dresser, you can also store winter accessories in a drawer.
Question: What is a summary of what this article is about?
Fill your tall winter boots with boot trees and store. Stuff your non-boots with tissue paper and store. Pack up your winter accessories.

Article: To lower both total alkalinity and pH, you will need to add an acid. Liquid muriatic acid (hydrochloric acid diluted to 20 percent) and dry sodium bisulfate are among the most popular choices. The acid combines with the water, thereby increasing the concentration of hydrogen ions and lowering the pH. Similarly, the acid reacts with bicarbonates in the water and reduces the water's total alkalinity in the process. You could also look for a generic "pH decreaser," "alkalinity decreaser," or "combination decreaser" chemical at a pool supply store. The pH will drop faster than the alkalinity, so you need to fix the alkalinity first. Once you balance the alkalinity, the pH will gradually adjust to it. Always follow the instructions on your pH/alkalinity chemical when preparing the correct amount. As a general rule, you will need 1.6 lbs (725.75 g) sodium bisulfate or 1.3 qt (1.23 L) muriatic acid for every 10,000 gallons (37.85 kL) of water to drop the total alkalinity by 10 ppm. Scoop water out of your hot tub into an 8 gal (30.28 L) plastic bucket until that container is three-quarters full. Pour the full amount of pH decreaser into the water in the bucket and let it dissolve. You must add the acid to the water. Pouring the acid into the bucket first and adding the water can cause damage to the bucket and may result in ineffective mixing. Make sure that the pump and filters are running. The hot tub should be set at its usual temperature and speed before you continue. It is crucial, however, that no one is in the hot tub while you are balancing the water. Slowly pour the diluted decreaser into the center of the hot tub. Pour the acid in gradually instead of dumping it in all at once. Adding the acid too quickly can cause damage to the sides, bottom, and equipment in the hot tub. Allow the pump to circulate the water for three to six hours after you add the decreaser. During this time, the pumps should circulate the water and acid together more thoroughly. Only after the two have been well combined will the pH and alkalinity be consistent throughout the hot tub, and you need to wait until these measurements are consistent before moving on any further. Test the alkalinity first, then the pH. If done correctly, the alkalinity should already be balanced. The pH may not be balanced yet, however. If either the alkalinity or pH is still high, repeat the process. Continue as needed until the water is well balanced. You should completely drain the water in your hot tub at least once every four to six months. Afterward, fill the hot tub back up, balance the pH and alkalinity as needed, and continue to monitor the conditions as usual. You will need to balance the pH and alkalinity of your water nearly every week if you use the hot tub regularly. Adding chemicals to the water so often can cause excess build-up, and you will likely notice that it is becoming more difficult to balance your water conditions. Once you notice this difficulty, it is time for you to change the old water out for fresh water.
Question: What is a summary of what this article is about?
Choose the right chemical. Determine your initial measurements based on total alkalinity. Mix the chemical together with a small amount of water. Turn the hot tub on. Add the diluted chemical to the hot tub. Give the water a chance to balance. Test the alkalinity and pH again. Periodically drain the water.