Yes, it does. Part of its strength comes from the use of flying buttresses as added support. Typically, pointed arches are used to support thinner walls for aesthetic purposes, but can handle increased overhead weight.
Answer
I'm almost positive that it does. I think it is the keystone (very center stone in a rounded arch) that is the downfall of a rounded arch. This only holds so much weight. I believe that the pointed arch holds most of its weight on the "legs"
To hold the arch in place
To spread the force being exerted on them from the weight they hold up over as wide an area as possible to help prevent damage
The answer will depend on its design and the material that it is built from.
Yes. An arch bridge is one of the more efficient ways of building and maintaining a bridge. Beam bridges are not as efficient. For a given span and height, an arch bridge will carry a greater load using less material. The beam structures of a beam bridge can be constructed of wood, reinforced concrete or steel (in increasing order of strength). The beams, however, must be supported by piers or an abutment at each end, which can be made out of concrete, masonry, stone, or steel (or combination thereof). The arch structure of an arch bridge can be constructed of wood, reinforced concrete, steel, or masonry, and the arch can be supported by abutments as described above, or the arch can extended down to the foundation itself. The primary advantage of an arch is that stresses caused by the load on the bridge are converted primarily into compressive stresses that are carried along the arch into the ground. Materials like stone, masonry and concrete are particularly good at carrying these compressive stresses. In contrast, loads on a typical beam-type bridge creates large tensile stresses on the bottom of the beams. Since stone, masonry and unreinforced concrete have very little capacity to withstand tension, none of these materials can be used to make a reliable and efficient beam-type bridge of any significant span.
Yes, it will easily hold that weight. Most flooring is that thick and it holds people.
a arch bridge can hold over 6,000 pounds
No
That would be an arch. The Romans were known for this architectural style.
if you build an arch bridge it can hold more weight then anyother type of toothpick bridge and can hold about 20lbs (if made well) another good type of bridge is the truss bridge it is just as strong as the arch bridge but it has diffrent structures.
they can't hold up the middle and are not sturdy enough to keep more than its weight together.
To hold the arch in place
An arch bridge uses compression to hold itself together
an arch bridge weakness is not having enough streanth to hold up the middle
an arch bridge weakness is not having enough streanth to hold up the middle
Bridges are made up of triangles joined together to form a truss. Triangles are very strong because they carry weight in tension and compression instead of bending and can hold a lot more than a beam that bends can
Balance refer to the stability of the body.Types of Balanceone pointed balancetwo pointed balancethree pointed balance
To spread the force being exerted on them from the weight they hold up over as wide an area as possible to help prevent damage