In one sentence, describe what the following article is about: This task will vary from car to car, but typically you will have to remove some screws around the middle of the panel (such as inside the door pull) and then use a prying tool around the outside to pop out the clips on the perimeter. Sometimes you may have to remove things such as weather-stripping or door moldings as well. Attach the probes of your multi-meter to the motor's plug and toggle the switch up and down. Make note of the voltage in both directions. Your owner's manual should list the specific voltage required. There should be no slow spots or blockages. If you the motor is getting the proper voltage but not functioning properly, you likely need to replace it. Start by unplugging the wiring connectors from the motor. If your motor is functioning properly but the window is not responding, you may need to replace your regulator. The regulator is the lift assembly that moves your window up and down. You will have to move the window up or down to align these bolts with a hole in the door interior. Using an extension on a ratchet, you will put a socket (usually 8 or 10 mm) through the hole and loosen the two bolts. Use your hands to push the window up, and then either fasten it with tape or pull it out of the door altogether. You will have to press down on the clip that holds the wiring harness into place and pull the harness out. These can be hard to press and sometimes it is best if you can get a screwdriver on it to press it in. Any bolts holding the harness and motor will have to be removed. These can often be difficult to bolts to remove. You may need to use a ratchet with a long extension to provide the necessary angle to access and turn the bolts. Once you have the assembly removed, you can separate the two pieces and replace the one that is malfunctioning. Once you have replaced the malfunctioning part, whether it was the motor or the regulator, it is time to slide the assembly back into the door's interior and bolt it back into it's original position. Plug the wiring harness into the window motor. This will provide power to the motor so use caution. Remove the tape or re-install your window. Make sure that the tabs in the bottom of the window are properly aligned to bolt it back onto the regulator. Using the bolts you removed earlier and the same extension, you need to bolt your window back to the regulator. It should now move up and down freely when you press the switch.
Summary: Remove the door panel. Use a multi-meter to make sure that the motor is getting the correct voltage. Ensure that the window moves freely during this test. Unplug the motor. Remove the bolts that attach the regulator to the glass. Push the window all the way up. Unplug the wiring harness from the window motor. Unbolt the harness and/or motor from the door's interior. Pull the motor and harness out as one assembly. Re-install the motor/regulator assembly. Plug up the new motor. Lower your window back into its correct place on the wiring harness. Bolt the window to the regulator. Test your window.

In one sentence, describe what the following article is about: Nitrous oxide is now the largest ozone-depleting substance released by human activities (as well as a potent greenhouse gas), and it is produced in the internal combustion that powers most cars. In the U.S., about 5% of all nitrous oxide pollution comes from vehicles. To reduce the amount of nitrogen oxide your car produces, consider: Car pooling Public transport Walking Biking Driving a hybrid or electric car Nitrous oxide is also produced when manure decomposes, making poultry, beef, and dairy farms large producers of the gas. The further your food or other goods have to travel to reach you, the more nitrous oxide will be produced by the engines that bring them to you. Buying local is not only a great way to find the freshest produce; it will also protect the ozone layer.
Summary: Drive less. Eat less meat. Buy local.

In one sentence, describe what the following article is about: For the purposes of this example, let's assume that the measurement you want to convert is in column A and you'd like to see the conversion results in column B (but really this method will work for any two columns). To label column A , click on cell A1 and type in the original unit (the one you'd like converted, e.g. inches, meters, or yards). This is also called the "from_unit." For example: click on cell A1 and type "Inches". In this example, we will convert 12 (number) inches (from_unit) to feet (to_unit). Excel's convert function converts a "from unit," into a "to-unit" (the unit you are converting the measurement to). Labeling your columns will help you organize your data. Click on cell B1. This will be your "to_unit" column. Type in the unit you are converting the measurement to. This is also called the "to_unit". For example: click on cell B1 and type "Feet". Type in the original measurement in numbers only. Do not enter in the units. For example: in cell A2, enter "12" (as in 12 inches). Functions in Excel are not case-sensitive. Typing "=CONVERT(" has the same result as typing "=convert(". Excel's convert function calls this value the "number". For example: "=Convert(A2" When you are converting a single measurement, as in the example above, It is also possible to type an actual number (not a cell reference) in this spot. Instead of "=Convert(A2", you would enter "=Covert(12". For example, your cell may now look like this: "=Convert(A2," or "=Convert(12,". " Now enter in the approved abbreviated form of the original unit. The "from_unit" is enclosed by a set of quotation marks and is followed by a comma. For example: "=Convert(A2, "in"," or "=Convert(12, "in",". Some approved unit abbreviations are "in" "cm" "ft" and "m". Excel provides a comprehensive list of unit abbreviations here. " Now enter in the approved abbreviation for the "to_unit." The "to_unit" is enclosed by a set of quotation marks followed by a closing parenthesis. For example, your cell should look something like: "=Convert(A2, "in", "ft")" or "=Convert(12, "in", "ft")". This example function will convert the contents of cell A2 from inches to feet. The converted measurement will appear in your cell (in this case, cell B2). For example: B2 will contain "1" (as in 1 foot). If the function returns the "#N/A" error, check the unit abbreviations again. Make sure the abbreviation is correct and that the two units belong to the same group (for example it is not possible to convert mass into length). Please note, unit names and prefixes ARE case-sensitive. If the function returns the "#VALUE!" error, this means you have entered the "number" incorrectly. Make sure you have only entered one value or cell reference.
Summary:
Label column A with the original unit. Label column B. Enter your original measurement in cell A2. Type "=Convert(" in cell B2. Enter the name of the cell that contains the original measurement. Add a comma. Enter in the "from_unit. Enter in the "to_unit. Hit Enter to execute the function.