The spicy-sweet flavor of hoisin sauce makes it a tasty dipping sauce for your favorite Vietnamese spring rolls. You can serve hoisin sauce for dipping by itself, or mix it with an equal amount of peanut sauce for a more traditional spring roll sauce.  Feel free to play around with the amounts of peanut sauce and hoisin you mix together to create a custom blend! You can make hoisin sauce yourself, or buy the canned or jarred sauces that are sold at most grocery stores. After stirring in the hoisin, proceed with creating and grilling your hamburger patties like you normally do. Hoisin sauce packs a flavorful punch, so start with small amounts and experiment until you find a ratio you like best. If you want to increase the Asian-inspired flavor of your burgers, try adding some freshly chopped ginger, green onions, and a dash of red pepper flakes to the meat before forming your patties. You can use the sauce by itself for a simple glaze or try adding a small amount it to your favorite glaze to give it a little extra kick. Brush the glaze onto the chicken wings and arrange the wings on a foil-lined baking sheet. Bake the wings at 400 °F (204 °C) for about 40 minutes. If you’re following a specific recipe for your wings, adhere to the oven temperature and cook time suggested. Hoisin sauce works wonderfully with all kinds of stir-fry dishes. Add it to the wok while making your favorite beef, chicken, pork, tofu, or veggie stir-fry dish for a spicy-sweet kick. Try substituting hoisin for some of the soy sauce in the recipe, or simply use it alongside the soy sauce. You can also serve the sauce on the side with any stir-fry meal you like for drizzling or dipping. Hoisin sauce can provide an Asian-inspired flavor to any of your favorite dipping foods! Serve the sauce on the side with French fries, wings, chicken nuggets, fish sticks, and any other savory food you typically use a dipping sauce with. Buy jarred hoisin sauce when you want to use hoisin as a dipping sauce. The bottled variety usually has a thin consistency and won't work as well as a dipping sauce.
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One-sentence summary -- Make a dipping sauce for Vietnamese spring rolls. Mix hoisin sauce into ground beef or turkey for Asian-inspired burgers. Use hoisin sauce as a glaze on baked chicken wings. Add hoisin sauce in your favorite stir-fry recipe. Use it as a dipping sauce for French fries or wings.


Locate the gear app icon on the homescreen or app drawer, and tap it. This will open the Settings menu of the device. ” A list of all installed apps will be displayed. The App Manager usually lists all apps in alphabetical order, so scroll down to C, locate the Camera app, and tap it. A new screen will open with the options Force Stop, Uninstall, Clear Cache, and Clear Data. ” Wait for process to complete as, depending on the size of the cache, this usually it takes a few seconds. Clearing the cache will not affect any saved image files; this only removes temporary files created by the app. Tap the stock Android camera app, which is usually the plain camera icon, to open the camera. Point it at an object, and press the Capture button on the screen. If it still lags, try another method.
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One-sentence summary -- Access your device’s Settings menu. Scroll down the menu and tap “Application Manager. Select the Camera app. Tap “Clear cache. Try the camera out.


” These will be two items that are being combined. They might be food ingredients, or differently priced items, such as tickets.  For example, you might be trying to solve the following problem: The student council is selling 100 cups of punch at a school dance. The punch is made from a combination of fruit juice and lemon-lime soda. They want to sell each cup of punch for $1.00. Normally they would sell a cup of fruit juice for $1.15 and a cup of lemon lime soda for $0.75. How many cups of each ingredient should the student council use to make the punch? In this problem, fruit juice and lemon-lime soda are the two ingredients. The first column will be the amount of each ingredient in the final mixture, and the total amount of the mixture. You will likely need to use variables.  For example, since you know the student council plans on making 100 cups of punch, you would write 100 in the third row of the first column. For the fruit juice, you would write the variable x{\displaystyle x}, since you don’t know how much fruit juice will be in the final mixture. For the lemon-lime soda, you would write 100−x{\displaystyle 100-x}, since the amount will be the difference between the amount of the total mixture and the amount of the other ingredient. This will be the unit price of each ingredient in the mixture, and the unit price of the mixture. For example, you know that the punch will be sold for $1.00 per cup, so write a 1 in the second column for the mixture. The fruit juice sells for $1.15 per cup, so write 1.15 in the second column for this ingredient. The soda sells for $0.75 per cup, so write 0.75 in the second column for lemon-lime soda. This column will represent the total price of each ingredient in the total mixture, as well as the total price of the mixture. To calculate this, multiply the values in the first and second column for each ingredient.  For example, since 100 cups of punch will be made, and each cup will cost $1.00, the total price of the punch is 100×1=100{\displaystyle 100\times 1=100}. Since there are x{\displaystyle x} cups of fruit juice in the punch, and fruit juice is priced at $1.15 per cup, the total price of the fruit juice in the mixture is 1.15x{\displaystyle 1.15x}. Since there are 100−x{\displaystyle 100-x} cups of soda in the punch, and soda is priced at $0.75 per cup, the total price of the soda in the mixture is 0.75(100−x){\displaystyle 0.75(100-x)}. Simplified using the distributive property, this becomes 75−.75x{\displaystyle 75-.75x}. To solve for x{\displaystyle x} set up an equation using the third column of the table. The values in the first and second row of the third column will add up to the value in the third row of the third column. For example, (1.15x)+(75−.75x)=100{\displaystyle (1.15x)+(75-.75x)=100}. To do this, isolate the variable using normal algebra rules. Remember to balance the equation by completing calculations to both sides. For example, to solve for x{\displaystyle x}, you would first combine like x{\displaystyle x} terms, then subtract 75 from both sides of the equation, then divide both sides .4:(1.15x)+(75−.75x)=100{\displaystyle (1.15x)+(75-.75x)=100}(1.15x−.75x)+(75)=100{\displaystyle (1.15x-.75x)+(75)=100}.4x+75=100{\displaystyle .4x+75=100}.4x+75−75=100−75{\displaystyle .4x+75-75=100-75}.4x=25{\displaystyle .4x=25}.4x.4=25.4{\displaystyle {\frac {.4x}{.4}}={\frac {25}{.4}}}x=62.5{\displaystyle x=62.5} To do this, plug the value of x{\displaystyle x} into the table, and complete any necessary calculations. For example, since x=62.5{\displaystyle x=62.5}, the student council should use 62.5 cups of fruit juice in its punch, and 100−62.5{\displaystyle 100-62.5}, or 37.5, cups of lemon-lime soda in the punch.
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One-sentence summary --
Determine the two “ingredients. Fill out the first column of your chart. Fill out the second column of your chart. Fill out the third column of your chart. Set up the equation. Solve the equation. Find the missing amounts of each ingredient.