well how do i know?
Ever had a Hansel and Gretel inspired fantasy that an entire room was made out of chocolate and you were free to nibble at it? It may sound far-fetched but you'll be amazed by what some very clever people are able to do with chocolate. Discover more in Chocolate art and sculpture. http://wiki.answers.com/cadburyandchocolate/worldofchocolate/chocartsculpt/Pages/chocartsculpture.aspx.
If you love chocolate visit the Chocolate Garden or book yourself in for a chocolate spa treatment and indulge your passion for chocolate without feeling guilty! http://wiki.answers.com/CADBURYANDCHOCOLATE/WORLDOFCHOCOLATE/CHOCGARDEN/Pages/chocolategarden.aspx.
Or if you need a little cheering up and are resisting the desire to reach for the nearest chocolate bar, take a look at some of the things people have said about chocolate through history and enjoy a bit of a giggle.
Becuase bending moment in the middle of the bridge bending moment is less than ordinary or straight bridge and more strength
Arch bridge: the span beam of bridge is the shape of an arch & the load is diverted in compressive method. Beam bridge: the shape of beam span is of simply supported or continuous. here the load is diverted through bending compression method.
Disadvantage: An arch bridge requires a very stable foundation. The bridge diverts the tension exerted on it onto the foundations on either side of the bridge. Advantage: It is an economical way to traverse small distances and is able to cope with bending forces
Disadvantage: An arch bridge requires a very stable foundation. The bridge diverts the tension exerted on it onto the foundations on either side of the bridge. Advantage: It is an economical mom to traverse small distances and is able to cope with bending forces.
Buckling; shriveling, bending, or curling from heating or pressure. (heating, in this case)
A cantilever bridge primarily experiences three types of forces: tension, compression, and bending. The cantilever arms, which extend horizontally from a central support, are in tension on the upper side and in compression on the lower side when a load is applied. The bridge's weight and loads create bending moments that generate these forces, necessitating a careful design to ensure stability and safety. Additionally, shear forces act vertically at the supports, affecting the overall structural integrity.
In cantilever bridges, the main forces that act on the structure are tension and compression. Tension forces occur in the upper portions of the bridge where the material is being pulled apart, while compression forces occur in the lower portions where the material is being pushed together. These forces work together to support the load of the bridge and transfer it to the foundations.
Why are you bending that straw? How should I be bending the paper.
If too much weight is added to a beam bridge, it can exceed the bridge's load capacity, leading to excessive bending or deflection of the beam. This can cause structural failure, resulting in cracks, permanent deformation, or even collapse. Additionally, the excess weight can stress connections and supports, compromising the overall integrity of the bridge. Regular inspections and adherence to weight limits are essential to prevent such failures.
Line bending or "strip heating" is a form of bending plastic.
The bending force is called a moment or bending moment. It is a measure of the internal force at a point in a structure when a bending load is applied.
Bending Academy is a website for "bending the elements." It can be found at the link below.