Write an article based on this "Visually inspect the battery terminals. Test the battery's voltage with a multimeter. Visually inspect the solenoid. Use a circuit tester to see if the current is getting to the solenoid. Check the solenoid output current."
article: Pop the hood of your car and check the positive and negative terminals of the battery. If there is any dirt or corrosion, it can cause a bad connection and a lack of power to the starter. If the terminals are dirty or corroded, you can disconnect the battery, clean the connections with a wire brush, and hook them up again. In newer cars, the battery terminals or even the entire battery may be covered with a plastic cap. Remove one or all of these caps to get a good look at the battery. But make sure nothing metal (tools, etc.) accidentally touches both terminals while you're working. Set your multimeter to its "DC" setting and its dial to 20 (to test from 0-20 volts). Place the red probe on the battery's positive (+) terminal, and the black probe on the negative (-) terminal. You'll get a reading above 12V if the battery is working properly. Whether or not the battery terminals look OK, there may be a problem with the wires that feed power to the starter and other components. While you're checking the voltage, make sure that the battery's earth strap is securely connected to the car's bodywork. This is necessary for the battery to operate properly. If you try to start the car and nothing happens, and the battery seems to be powering properly, then there is likely a connection problem with the solenoid. This device is a small cylinder usually attached to the top of the starter. Visually inspect it to make sure all of the wires running to it are connected properly. The solenoid won't work if its wires are hanging loose. Reconnect them and try starting the car again. If this doesn't help, the solenoid may not be powering up properly. Solenoid wires usually clip or bolt into place. If you're not sure where a loose wire goes or how it attaches, get a pro's help. Place one lead of the circuit tester (test lamp) to the feed terminal of the solenoid. Attach the other lead to bare bodywork metal. If the tester lights up, then the problem is with the solenoid or the starter itself, not the current getting to it. If the tester doesn't light up, then there is a bad connection and the wiring will need to be worked on. Another potential cause of this problem is a faulty ignition switch. Place one connector of a test lamp on the output of the solenoid and the other on the battery's ground (earth) terminal. The lamp should light. If not, you will need to take the starter/solenoid assembly off and bench test it.

Write an article based on this "Add 12c (120mL) of baking soda to your wash cycle. Sprinkle 12c (120mL) of white vinegar into your rinse cycle. Throw a ball of tinfoil into the washing machine with your clothes. Use fabric softener to prevent charges from building up."
article: Baking soda will function the same way as fabric conditioner to absorb the electrical charges as your clothes wash. Before you start your wash cycle, pour 12c (120mL) of baking soda into the drum of the washer. Add your standard detergent and wash your clothes as you normally do. If you plan on machine drying your clothes, some of the charge may come back after the baking soda has been washed out. This method works best when used in conjunction with another way of removing static. You may not need to use another method if you air dry your clothes instead of machine-drying them, though. For smaller loads with less than 34lb (1.41.8kg) of clothing, feel free to decrease the amount of baking soda to 14c (59mL). Baking soda effectively creates a barrier around each garment, preventing negative and positive charges from building up and causing the garments to stick together. Baking soda has the added benefit of neutralizing odors. After the washing machine completes its initial wash cycle, pause the machine and pour 12c (120mL) of distilled white vinegar over your clothes. Restart the machine and allow it to continue its rinse cycle. Vinegar softens fabrics, preventing them from becoming too stiff and dry. This also helps to reduce the amount of static build-up. Do not use vinegar with bleach. These ingredients produce a noxious gas when they're combined. Do not use this method with the baking soda, although it's fine if you want to use tinfoil and fabric softener. If you don't want your clothes to smell like white vinegar, soak a washcloth in the vinegar instead and add that to the rinse cycle. The odor shouldn't be too overwhelming, even if you add the vinegar straight to the rinse water. If you have a softener dispenser in your machine, you can pour the vinegar inside at the start of the entire cycle. Adding vinegar to your clothing also results in brighter colors and cleaner whites. White vinegar works best, but in a pinch, you can use apple cider vinegar. You may not want to use apple cider vinegar on white or lightly-colored clothing, though. Take a sheet of tinfoil and crumple it up into a small ball. Pack it tightly by squeezing it between both of your hands over and over. Add your ball of tinfoil to your washer and run your normal cycle. The tinfoil discharges positive and negative charges that the washing machine produces. You can use tinfoil along with any other method, although you should avoid mixing baking soda and vinegar in your washing machine. Liquid fabric softener helps prevent static from building up during the wash cycle. Add 23 teaspoons (9.914.8mL) of liquid softener to your standard cycle per your softener's instructions. As wet clothes are tossed around in the washer, they build up an electrical charge that causes them to stick together. Fabric softeners contain chemicals designed to stop that electricity from building. Softener sheets work the same way as fabric softener. Get sheets if you want to avoid messy liquids. Softener sheets are typically added to the dryer, though. You can use fabric softener alongside any other method in this section.

Write an article based on this "Get your hCG injection. Follow up with your doctor."
article:
The dose of hCG you take will depend on you, the levels of your other hormones, other medications you're taking, and other factors. The average dose is 5,000-10,000 units. Your doctor will choose the right day to give you the injection based on your hormone levels, and the hCG will be injected into the muscle of your arm.hCG injections are NOT given during pregnancy for low hCG levels because of the risk of birth defects. Once you start treatment, your doctor might ask you to keep a record of your basal body temperature. You will also need to continue to see your doctor for blood tests, and probably for ultrasounds to monitor your treatment.