Golf ball compressions to look for

First, you want to choose the right compression golf ball. This is a measurement of how tightly wound the ball. The compression comes into play especially when it depends on your swing speed. If you have a slower swing speed, for instance, you ll want a lower compression. The faster your speed, the higher the compression you ll want.

Overall, the compression ratings are broken down into three groupings. There s the 80 compression balls. These tend to be the softest, so they produce what is essentially a sling shot effect when you hit them. They fly farther, but they are harder to control. For their distance alone, though, these balls tend to be gobbled up by women, senior, and junior players.

The next compression rating is 90. Because they are middle of the road soft enough to provide distance even on a slower swing, but hard enough to provide better control these golf balls work for most male players in a golf ball comparison. They are also great choices for more advanced female players.

The last compression rating is 100. Because these are the hardest balls, they require fast swing speeds for top performance. This factor, and their high level of control, make them perfect fits for low handicap and scratch players.

Of course, feel free to do your own golf ball comparison. Take a few of each compression out to a driving range and test them out for yourself to see which works best for you.

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Fish finders and the principle in which they work

Fish finders are part of fishing, and there s no turning back. The whole sport has gone from a more traditional game of testing the waters to the technological wonders of outsmarting the fish. Finders allow you to get a bead on your prey, while checking the water depth and temperature, floor structure, and fish locations. There are as many finders on the market these days as cell phones, personal digital assistants, and other gee whiz wonders.

All of them work on the same principle: sonar. It s the same amazing sound-based technology that submarines use. The finder sends out electronic pulses to its transducer mechanism, which then shoots the pulse into the water. The pulse continues to travel until it is deflected back by the floor of the water body. Most other objects, such as fish, jellyfish, or other creatures, the beam passes right through.

When the beam bounces back to the finder, the computer then analyzers the results. Then it interprets the data to tell you the depth of the water, the number and location of other undersea objects, and so forth. It can even detail any sort of items that it found on the seabed, such as vegetation or on that one in a million sort of day, a sunken galleon full of gold bullion.

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