In one sentence, describe what the following article is about: You may want to get ABA certified, either as an alternative to ASHA certification or as a supplement to it. Getting board certified can help give you a competitive edge when you're up for promotions or job interviews. Board certification can also help you build professional connections and improve your professional credibility. The ABA certification is developed by practicing audiologists and designed for practicing professionals. Once certified, you will need to get re-certified every three years. In order to do so, you will need to complete 60 hours of approved continuing education training. You can find a list of continuing education opportunities through the ABA website. While you won't need a master's degree for ABA certification, you will need to meet certain other professional qualifications. The ABA certification is generally reserved for candidates who have already been practicing as audiologists for some time, and who have accrued a significant amount of hands-on experience on the job. You must hold a doctoral degree from an an accredited college or university. However, unlike the ASHA certification, you are not required to hold a masters degree as well. You must currently hold a valid license to practice in your state. You'll need at least 2,000 hours of mentored professional experience, with documentation to prove the hours and experience you report. You must have some recent employment in your field. Your completed application and fees must be sent through the mail to American Board of Audiology Certification, 11480 Commerce Park Drive, Suite 220, Reston, VA 20191. Your application packet will need to include the following: transcripts of your educational history a copy of your (valid) state audiology license the Board Certified in Audiology Application (Form A) the Documentation of Mentored Experience (Form 1) your application fee of $100 for ABA members, or $145 for non-members (candidates applying within six months of graduation can pay a reduced fee of $35)
Summary: Consider getting certified by the American Board of Audiology (ABA). See if you qualify for ABA certification. Complete and submit your application.

In one sentence, describe what the following article is about: Low coolant is one of the most common reasons that a vehicle will overheat. To prevent this issue, check your coolant level frequently. If it's low, top it off to the max fill line. Be sure to use the type of coolant recommended in your owner's manual. Always let your vehicle cool down before checking the coolant. Towing a load puts additional strain on your vehicle's engine, especially if you are driving a long distance or up steep inclines. Refer to your owner's manual to figure out what the recommended towing load is for your vehicle and take care not to exceed it. Even if you've never had issues with overheating, flushing your coolant system is an important part of routine maintenance. Arrange to have a certified mechanic perform this service every 1-2 years or as often as your owner's manual recommends. Make sure your mechanic checks the pH level of your coolant as well.
Summary: Check your coolant level once per month. Tow only the recommended load for your vehicle. Have your coolant system flushed every 1-2 years.

In one sentence, describe what the following article is about: You only need a few things to make a freestanding homopolar motor. You should be able to find everything you need online, or at your local hardware store. You will need the following materials to make your motor: 1 AA battery, 2-3 neodymium magnets, and several inches of copper wire. You may also need a pair of wire cutters or pliers to help you work the copper wire. Stack your magnets together to make a stand. Place the flat, or negative, side of the battery on top of the magnets. Take several inches of copper wire and bend it so that one end touches the magnet, and one end touches the positive side of the battery. You can bend your copper wire into different shapes that will spin when placed on the battery. Symmetrical shapes work best, so that the spinning doesn't throw the wire off balance. Try bending your wire into a heart shape. When you form the heart shape, bend each end of copper wire so that they fit around the magnet. The indention at the top of the heart will be the connecting point to the positive end of the battery. Take your wire and place it over the battery. As long as you have a section of wire touching the side of the magnet, and a section of wire touching the positive side of the battery, your wire should spin. The current in this homopolar motor flows in the presence of a magnetic field. When a current flows in a magnetic field, it will experience something known as the Lorentz force. The Lorentz force is what causes the wire to spin around the battery. The wire connects to the battery at three points. One point of the wire is on the positive terminal, and the two ends of the wire are near the magnet, on the negative terminal. The current flows out of the positive terminal and down both sides of the wire. The magnetic field pushes the current outwards, causing the wires to rotate.
Summary:
Gather your supplies. Place the battery on the magnets. Bend your copper wire. Place the wire over the motor.