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Today Runescape came out with a new configuration for the Make-X option. With this new change, it is now possible to gain more experience per hour and in turn, make more money. Lets talk about the new look and feel to the display and how it works.
This new display definitely has a much smoother look to it. Smelting ores, fletching bows and crossbow stocks, and other similar activities have been made much easier through this update. Now rather than right clicking on an item, you can simply left click it and use the new menu to either select all, or make it a number of your choosing. Okay, so maybe in reality, this isn't a big deal. Each use will save an average of 5 seconds, trimming off 3-4 minutes an hour. That may not seem like much, but when you are spending 200 hours on 99 fletching, this update will actually cut that time down to 190 hours.
Another cool part of this update is the menu. As you can see on the picture, an arrow is featured on either side of the items you can make. This scrolls from side to side when there are too many items to fit on the menu. The Make-X also remembers your previous choice so you wont need to reset it every time you try to cut a new inventory of logs or whatever it is that you are doing. Some players may be opposed to the new Make-X changes simply because it's different than before and it isn't what they are used to, but just remember that 10 hours it will save you when getting 99 fletching!
Check out our runescape blog full of tips and tricks to make you money at http://www.RunescapeMoneySecrets.com We look forward to seeing you there!
Learn About Archery Right Now
Archery has been around for thousands of years. The Greeks, Romans, British and Germans used archery as a means of defense and when hunting as a means of survival. The oldest known arrow was located in Denmark. The ancient archer or bowman used an arrow made of a pine shaft and a flint point arrowhead. When firearms were developed and used more readily in the place of the bow and arrow it became less a weapon of survival and more a piece of equipment for recreation.
There are many different types of bows available to the sportsperson interested in the pursuit. Recurves have a tip curving away from the archer while longbows are tall bows with narrow limbs and a D-shaped cross section. Flat bows are flat, wide with a rectangular cross-sections. Cable-backed bows use cords found at the back of the bow allowing the draw or weight of the bow to be changed by altering the tension in the cable.
One of the most popular bows is the compound bow which reduces the force needed to hold the bow string at Full Draw. The benefit of this type of bow is that the mechanics allowing less muscular stress while drawing also gives the archer more time to aim the arrow.
The arrows are a shaft with an arrowhead at one end and a fletching at the other. The fletching is usually made of some sort of bird feather and the most popular is the turkey feather. The arrow typically has three fletches because having only two feathers would destabilize the arrow and cause it to shoot erratically. The styles of fletchings include the parabolic or short feathered and the helical which has a shield type end and is attached at an angle.
The shafts themselves can be made of various substances including wood, fiberglass, aluminum or carbon. Wood shafts can warp and fiberglass shafts can become brittle. Aluminum is light and stays straight allowing the arrow to go farther faster. Beginning in the nineteen nineties carbon shafts came into popularity because they were lighter, faster and flatter than even the aluminum shafts.
Arrows have something called a nock at the opposite end of the arrowhead. This nock or notch keeps the arrow in place on the string of the bow while the archer takes aim. Usually nocks are simple slots in the shaft but they also can be made of additional pieces of plastic or wood. The bow string is made of a material like Dacron.
Additional equipment for sporting archers might include a bracer or arm-guard used to protect the arm from being hit by the string of the bow or to prevent clothing from catching on the bowstring. Plastrons or chest guards are available but mostly used by female archers. Lastly, there are leather tabs, gloves or thumb rings that can be worn to protect the drawing fingers.
There is a basic form to archery that involves the archer stance and the loading of the bow followed by aiming, drawing and releasing the arrow. The basic stance is one where the archer stands body perpendicular to the target with feet shoulder width apart. The arrow is pointed downward to load then hold the arrow with three fingers it is placed on the bowstring. The bow is raised aimed drawn and fired in one fluid motion.
If someone is competing they probably use a compound bow. There are two different ways to compete either with target archery or with field archery. Target archery is a basic form of shooting for accuracy. Field archery has a more varied set of targets and distances and takes place in woodlands or rough terrains. Either competition is regulated by the International Archery Federation or FITA.
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Arrow Fletching question?
What effect does moving the fletching further away from the nock have Im seeing new arrows withe fletching a couple inces forward, Why?
Moving the fletching *back*, as far as it can go makes for a more stable arrow. It's like a mini parachute. Problem is, if you have a REALLY super stable arrow, it causes more drag and takes more energy to guide the arrow than one that is less inherently stable. That's why modern fighter aircraft can literally fly loops around most anything designed before about 1959.
Older airplanes were designed so that they would usually assume a stable flightpath if the controls were lost.....but it took LOTS of energy and force to make them do really sharp maneuvers. Modern ones like the F-16 etc are designed so *unstable* that a man can't even fly them without a computer constantly adjusting things. Tiny bit of up elevator and you do a loop etc.
Fletching farther back on the shaft, to a tiny degree, causes the arrow to use more energy maintaining stability and shortens the range. We're talking inches, possibly a couple of feet, of extreme range, though. Bigger vanes or more vanes does the same. More drag equals shorter range. Using full helical fletching causes even more drag and does the same....more energy is lost causing the shaft to spin faster and that means even shorter range.
Smaller vanes, or ones further forward (to a tiny degree), or perfectly straight fletching (zero helical or offset) will cut the energy loss and let the arrow go further. Again, were talking *very* short distances difference, though.
The diffs are so slight in range etc that it can't possibly effect a normal archer unless you really go overboard to either extreme. No one fletches forward just to gain two feet of extreme range. In most all cases, if you see someone fletch forward, it's simply for clearance of his cheek at anchor etc.
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