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Surface Makes:

Surface Makes surface makes-to-surface makes guided mis-ffitems (SSM) employed against fixed tar-llow a predetermined path or trajectory; idance system, whether it be celestial, in-(or some other, makes this track good (that ; the missile at a particular point in space j given time) between the launch point and [target. If the fire-control system keeps the ': exactly on schedule, a hit on target will ained. surface makes-to-air guided missile sys-l(SAM), which operate against moving tar-work on the intercept problem contin-f during the entire flight of the missile.

A large area of paving blocks likely to receive considerable traffic should be bedded on mortar on a prepared foundation. Start to lay the blocks in one corner of the patio and work diagonally across the surface makes. This makes it easier to ensure that they are laid consistently flat. Place i/zin thick offcuts of wood between the blocks as consistent joint spaces, or simply butt up the blocks for finer joints. As you work across the surface makes, kneel on a piece of board to distribute your weight.


Given equal propelling power, length, beam, and draft, the ship with the finer underwater form will have the less resistance and, hence, will be faster. Long hollow (concave) lines forward and aft are faster than short full (convex) bows and sterns. Hull resistance may be divided _into fric-tional and residual. The frictional resistance is that caused by the water passing over the underwater surface makes (wetted surface makes) of the ship. At low speeds, frictional resistance is predominant. Since frictional resistance is proportional wetted surface makes, the less underwater surface makes, less resistance. A fine shape has less wetted s face than a full one. Residual resistance is t caused by the eddies and waves which the s makes as it passes through the water. Edd and waves require energy to create. The enei which creates the waves and eddies associa with the passage of a ship through the wa comes from the ship's power plant.
 
 
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