INPUT ARTICLE: Article: Turn the heat on medium-low and whisk everything vigorously, keeping it moving and making sure everything is well dissolved. Keep an eye on it, and keep whisking. Icing is a quick-moving process that should not take too long to cook. Stir the icing completely as it cools, then let it sit. Note that you do not have to use vanilla extract here -- as banana, almond, or even cocoa will go exceptionally well here. Creaming means using an electric mixer or fast-moving whisk to beat the sugar and oil together. For even richer icing, use 1/2 cup room temperature butter, as this leads to a delicious buttercream frosting. When flour/milk mixture is cool, mix together at high speed until creamy. At first, the icing may appear curdled. It will clear up as it is beaten.

SUMMARY: In a saucepan, whisk together 1 cup of milk, 3 level tablespoons of flour, and 1/4 cup of sugar. Bring to boil over medium heat. Add a teaspoon of vanilla extract and cut the heat, letting it cool completely. Cream together 1/2 cup sugar and 1/2 cup of vegetable oil as the flour mixture cools. Combine the two mixtures and beat until smooth. Finished.

INPUT ARTICLE: Article: 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.

SUMMARY: 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.

INPUT ARTICLE: Article: If your metal comes from group 3 (or higher) in the periodic table, you'll need to figure out its charge. The subscript numeral of the anion that the metal is paired with indicates the charge of a transition metal. Metals will have a positive charge, so in this case, you'll cross over the 3 from the O3 and write that Fe has a charge of +3. You can also do the reverse and write that O has a charge of -2. In many high-school- or college-level chemistry assignments, the metal's charge will be provided for you. Consult the periodic table if you need to find out the chemical code for the metal you're dealing with. Since Fe is iron and it has a charge of +3, you can write down Iron (III). Remember to only use the Roman numeral when you're writing out the ionic compound's name and not when writing the formula. Refer to the periodic table if you forget the anion name. Since O is oxygen, you can drop the "gen" ending and add the "-ide" ending. Call it "oxide." Anions always take the ide suffix. So, you'll name anions the same regardless of what type of metal they're paired with in an ionic compound. This part is no different from writing out the name of an ionic compound that doesn't have a transition metal. Combine the metal and non-metal names (Roman numeral included) to name the ionic compound: Fe2O3 = Iron (III) oxide. The 2 transition metals that do have a definite charge are zinc (Zn) and silver (Ag). So, the charge of the metal in ionic compounds with zinc or silver doesn't need to be borrowed from the subscript of the anion. Zinc always has a charge of +2 and silver always has a charge of +1.This means that you don't have to use Roman numerals or the older naming method in describing those elements.

SUMMARY:
Find out the charge of the metal. Name the metal and add a Roman numeral as needed. Name the non-metal by revising the suffix. Combine the names to generate the ionic compound name. Don't use Roman numerals when naming compounds with zinc or silver.