Truk Lagoon – A Scuba Diver’s Impression

The flying boat and descending down deep in the blue, it's almost as warm as a bathtub. A black tip reef shark flits through. The visibility is good, maybe twenty, thirty meters. Then a huge dark shadow looms slowly out of the sea. It's hard to say what's the first, a dark shape until you're close to it, and you'll see the fish going around, the coral development. Then you get to one point and suddenly a ship takes shape, masts, maybe the bridge, deck gun and it always makes you stop, take it on. Then you can see why the ship is under the ocean … the finished pieces of metal, the holes in which the torpedoes and bombs were ripped through the iron, pieces of the ship where the piece should not be.

This is the Lagoon Truck.

More than 50 ships and planes are within its fringing reef. It was a paradise of shipwreck, but over 65 years ago it was a hell for a quick Japanese. Operation Hailstone began with a nuisance on February 17, 1944. The Allies were desperate to stop Japanese progress throughout the Pacific and it was critical to destroy Japan's supply base on Trucks. Airplane attacks made by airplanes from American aircraft carriers, destroyed by the many ships and planes they could.

Now, they are resting under the Lagoon and only a few others go on the journey to see them.

When you dive into Trucks, there is a tremendous torpedoes, airplane and jeep. The little three-person Japanese tank still sit on some decks. There are crates of bullets, weapons, gas masks; everything needed to fight a war. But there is also a part of man; crates of wine bottles, some with corks still in place, shoe boxes, still with uniforms, rice bowls, eating utensils all in the middle of rubble. Chu 's UK is definitely a diver' s paradise, but people who cost war are ever present and I certainly felt privileged, and humbled, to be able to witness it.

The Lagoon Truck should not be missed.

Crystal Symmetry

Crystal symmetry is due to the proper arrangement of atoms. This arrangement of atoms is known as the lattice. In crystals there are three dimensions of atoms. Such arrangements are known as the space lattice. The imaginary lines drawn by the crystal lattice are known as the crystallographic axis. The fixing of the lattice points refers to the angular relationship and also the possibility of the development of crystal faces. In a perfectly ordered lattice, the angular relationships between crystal faces are faithful and known as the law of the faithfulness of different faces. The repetition of proper cell units at regular intervals is known as translational symmetry.

The center of symmetry, symmetry of symmetry, planes of symmetry, etc. are known as symmetrical elements. A point or a line about where the operation of the symmetry is carried out is known as the element of symmetry. An un-translational movement of something that makes a new orientation that can not be identified from the original one.

A center of symmetry is a point in a crystal, where if the lines are drawn, they will see faces at equal distances from such point. A crystal can have many axis of great symmetry and planets of great proportion but it can only have one center of symmetry. An axis of symmetry is an axis where if a crystal is rotated for 360 degrees, similar faces will appear. Such repetition is known as a self-invasion or invariance. For example, minerals belonging to the cubic system contain thirteen axis of good proportion. A plane of symmetry is a plane where if a crystal is cut into two halves, half is the mirror image of one. For example, minerals belonging to the cubic system have nine planets of good weight.

Roto inversion operation involves the same operation of rotation and inversion. Translational translation involves observation and translation operations. Inversion is an important symmetry operation.

The study of symmetry is important to define crystals, to understand their atomic structure, and physical properties related to mechanics, optics, electricity, magnetism, etc.

The orientation of the crystallographic axis is variable in some crystallographic systems. There are six major crystallographic systems such as cubic, tetragonal, hexagonal, orthorhombic, monoclinic, and triclinic. The cubic system has three axis of equal length. All three axes are separated from each other by ninety degrees. The vertical axis is longer than the remaining two axis in the tetragonal system but all are separate from each other by ninety degrees. There are four crystallographic axes in the hexagonal system. Three of them have equal length but the vertical one is longer axes. The orthorhombic axes are similar to the matching box. An axes are inclined to the monoclinic system. All three axes are inclined to the triclinc system.

Is The Golf Swing Plane Important And Why

Many high handicap golfers do not know why they can not hit the solid ball, but I can assure you for most of them their golf swing plane is off. They did not go down and the ball on the plane. So what is this. When you set up the ball, and place your club on the ground behind the ball, you create an airplane in your shaft, coming from the club's hosel near the ground, up the rod and dissecting your midsection.

This angle to the clubshaft is critical to the solid ball that strikes, so you really need to pay attention to it. I want you to think that you need to go back to the effect in the somewhat similar position you started, giving you a partial open on the target, and your hands are slightly ahead of the ball, creating the forward shaft.

Aside from these elements, you need to see in your mind the concept of getting a ball. So no matter what you're doing in backswing, your goal should get the impact on a similar position to meet.

Your backswing does not matter, but your downswing is critical to having an "on the plane" swing golf. As you go down, your club's butt should point to (slightly above or below) a line that reaches the back of the ball back approximately 2-3 feet.

If you stop and check it about half, the butt should point around this line a few feet behind the ball. If you do this, you have a good chance of impacting the clubshaft in the right position to break the golf ball.

The problem occurs, when your hands get a significantly higher (or less) address when you come to effect. It would be difficult to contact the ball in a downward blow to the boots. This game of golf is very important for golf players to pay attention. The best way to learn is to get a down the line view of their swing in the video. When you do, release the club's rod from the ground (club hose), up and through the body.

Then watch the video at hi speed as you go down. Slow down or pause it with effect. How close is your clubshaft to impact? Where are your hands? Are they in a similar place as address? They are probably not, and you need to fix this issue if you want to strike the solid ball and have any power.