Q: You can use any web browser to download Google Chrome. If you haven't installed a browser, you can use your operating system's preinstalled web browser (Internet Explorer for Windows and Safari for Mac OS X). This will open the Terms of Service window. If you set it as the default browser, it will open whenever a link for a web page is clicked in another program, such as email. You can opt to send usage data back to Google by checking the box labeled "Help make Google Chrome better" This will send back crash reports, preferences and button clicks. It does not send any personal information or track websites. The installer will start and you will have Google Chrome installed when it has finished. Depending on your browser settings, you may need to allow the program to run. After installing, a Chrome window will open showing first-time use information. You can sign in with your Google account to sync bookmarks, preferences, and browsing history with any Chrome browser that you use. Read how to use Google Chrome for some tips on your new browser. These steps are for installing Chrome on a computer with an active internet connection. If you want to download an offline installer to use on a computer without an active connection, search for "chrome offline installer" in your favorite search engine and follow the first link to the Chrome support site. You will be able to download the offline installers from this page. There is one installer for single users and one for all users on the computer. Make sure that you download the appropriate installer. Once the installer is downloaded, transfer it to the computer you want to install it on and run it to install Chrome much like you would any downloaded program.
A: Go to the Google Chrome website. Click "Download Chrome". Determine if you want Chrome as your default browser. Click "Accept and Install" after reading the Terms of Service. Sign in to Chrome. Download the offline installer (optional).

Q: Keep the bow facing vertically downward with the frog pointed up. Rest your hand on top in an open "handshake" position, with your palm resting lightly on top of the frog. The "frog" refers to the enclosed mechanism that holds and tightens the bow hair. A "handshake" position simply refers to the sort of position you would hold your hand in if you were preparing to shake hands with someone. Note that this method is one of the most common ways to hold a German bow, but it is not the only way. If you want to explore different techniques, talk it over with a bass teacher or with a more experienced bassist. Gradually turn the bow sideways, drawing the frog further into the palm of your hand and pointing the bow inward toward your body. The tip of your bent thumb should just barely touch the tip of your index finger, and both should rest lightly on top of the bow. Do not pinch the bow in between your thumb and index finger. They should only rest on top of the bow and should not grab onto it directly. Keep your hands relaxed and flexible to allow for movement, but not a loss of control, as you play. The wrist should bend slightly as you play downward in order to keep the bow straight across the strings. Similarly, the fingers will straighten a bit as you play, but be sure they do not hyperextend, which will reduce your control and make your transitions difficult on the backstroke.
A: Hold the bow downward. Turn the bow until it touches your index finger. Maintain your hold while playing.

Q: Most times, the thermostatic valve is on the bottom of the radiator. If the valve is not near the floor, then it can be found at the top of the radiator's left side. Look for a dial that has numbers on it to determine if it's a thermostatic valve. While some radiators just have an on and off switch, a thermostatic radiator allows you to control the amount of heat it puts out. If your radiator doesn't have a thermostatic valve or is a 1-pipe system, you can skip this step. Twist the valve by hand until it doesn't turn any further and the arrow on the dial points to 0. This means the temperature is set so the radiator won't run. This valve is also located near the floor but on the right side. The valve should have a plastic twist cap on top of it. If you don't have a thermostatic valve, all you need to do is turn this valve. Once both valves are closed, the radiator will be completely turned off so you can cool down. Let the radiator cool down for at least an hour before touching it.
A: Locate the thermostatic valve on the left side of the radiator if you have one. Turn the valve clockwise so the dial reads 0. Find the second valve on the right side of the radiator. Twist the valve clockwise until it doesn't turn anymore.

Q: If the values for all the denominators in the equation are the same, only add or subtract the numerators. Rewrite the equation so the numerators are added or subtracted in parentheses over the denominator. Solve for the numerator and simplify the fraction if you're able to. For example, if you wanted to solve 3/5 + 1/5, rewrite the equation as (3+1)/5 = 4/5. If you want to solve 5/6 - 2/6, write it as (5-2)/6 = 3/6. Both the numerator and denominator are divisible by 3, so you can simplify the fraction to 1/2. If you have mixed numbers, remember to change them to improper fractions first. For example, if you want to solve 2 + 1 , change the mixed numbers so the problem reads 7/3 + 4/3. Rewrite the equation like (7 + 4)/3 = 11/3. Then convert it back to a mixed number, which would be 3 . Many times, you'll encounter problems where the denominators are different. In order to solve the problem, the denominators need to be the same or else you'll do your math incorrectly. List the multiples of each denominator until you find one that the numbers have in common. If you still can't find a common multiple, then multiply the denominators together to find a common multiple. For example, if you want to solve 1/6 + 2/4, list the multiples of 6 and 4. Multiples of 6: 0, 6, 12, 18 Multiples of 4: 0, 4, 8, 12, 16 The least common multiple of 6 and 4 is 12. Multiply the numerator and denominator of the first fraction in the equation by the multiple needed so the denominator equals the common multiple. Then do the same for the second fraction in the equation with the factor that makes its denominator is the common multiple. In the example 1/6 + 2/4, multiply the numerator and denominator of 1/6 by 2 to get 2/12. Then multiply both numbers of 2/4 by 3 to equal 6/12. Rewrite the equation as 2/12 + 6/12. Once you have the denominators at the same value, add the numerators together as you normally would to get your result. If you can simplify the fraction, then reduce it to its lowest terms. For example, rewrite 2/12 +6/12 as (2+6)/12 = 8/12. Simplify your answer by dividing the numerator and denominator by 4 to get a final answer of .
A:
Add or subtract just the numerators if the denominators are the same. Find a common multiple for the denominators if they're different. Make equivalent fractions so the denominators are the same. Solve the equation as you normally would.