The arch.
The arch.
The arch.
The arch.
The arch.
The arch.
The arch.
The arch.
The arch.
Figures have strong diagonals and dramatic poses.
at the time of ancient Egypt the government was the strongest in the world
They are less likely to be hit by waves Short span beam bridges are very strong.
Maybe. How do I know?
In Athens, they had a strong navy because they were on the water. In Sparta, they had the strongest military in all of ancient Greece.
the cements,bricks and glasses makes bridges towers strong
they were not as strong
they were not as strong
The longest bridges in the world are viaducts or trestle bridges. It is easier to design a high, elevated roadway by directly supporting it with many towers or piers (as in a viaduct or trestle bridges). It is more difficult to design an elevated roadway with a large unobstructed span (as in a suspension bridge or arch bridge). However, the bridges with the longest unobstructed spans in the world are invariably suspension bridges, because ...
Yes they are
Pro's= Most simple to design and make, thus allowing less time needed to build. Con's= Weak when long span but strong with a short span
Major types of bridges, such as beam, arch, and suspension bridges, each have distinct strengths and weaknesses. Beam bridges are simple and cost-effective for short spans but can be limited in load capacity. Arch bridges are strong and aesthetically pleasing, effectively distributing loads, but they require solid abutments and are less suitable for very long spans. Suspension bridges can span great distances and support heavy loads, yet they are complex to design and build, making them more expensive.
strong wind from cyclops
Pyramids have triangular faces, which might count. Bridges utilize triangles extensively in their design due to the structural support that triangles gives. Towers also utilize triangles for the same reason as bridges: they form a strong structure which resists bending and sagging.
Figures have strong diagonals and dramatic poses.
i dont know but its strong
Truss bridges are lighter than beam girder bridges. They take up more height but are strong and carry loadd in tension and compression rather than bending.