because the long 1 has the capability to hold more weight
fabric that are made of
Pliers are a compound machine that primarily consists of two levers: the handle and the jaws. The handles act as first-class levers, allowing the user to exert force at one end while the jaws grip or cut at the other end. This design amplifies the force applied, making it easier to grasp or manipulate objects. The pivot point, or fulcrum, is located near the jaws, enhancing the mechanical advantage of the tool.
In most cases man made boards are a lot cheaper. And in some cases a lot stronger.
A Roman ballista is a type of ancient artillery that utilizes simple machines to launch projectiles. It primarily employs the principles of levers and torsion; the arms of the ballista act as levers, while the torsion mechanism, often made from twisted ropes or sinew, stores and releases energy to propel the missile. Additionally, the frame itself can be seen as a stable structure (a form of a lever) that supports the entire mechanism. These simple machines work together to achieve powerful and accurate long-range attacks.
When done correctly it doesn't matter where a weld is made.
Short and long
It is made in the short run
Long-just remember long sounds like the letter
It is silent. (It makes the A a long vowel.)
It has a long A as in fade or the homophone, maid.
It has a long A as in fade or the homophone, maid.
The word "made" has a long vowel sound for the letter 'a'.
Long-just remember long sounds like the letter
Long-just remember long sounds like the letter
The A has a long A sound, as in fade and wade. The E is silent.
The A has a long A sound, as in fade and wade. The E is silent.
No. Length has nothing to do with the strength. The strength of a rope is found in the strength of the material, the thickness of that material and in the numbers of strands of the material that are interwoven. Length is not a part of the equation of strength. However, if you were to break a large number of short and long ropes, the short ropes will be stronger on average. This is due to the fact that the chance of a defect on a long rope is higher than the chance of a defect occurring on a short rope.