Hi, I'm Veronica jolla california travel tips here outside the glorious golden gate bridge in San Francisco.
Let's learn a little bit more about the golden gate bridge. Its history, architect and some little-known facts.
The Golden Gate Bridge history dates back to its proposal in 1916.
Construction began in _____ and 35 million dollars later, the bridge officially opened to traffic on May 28 ______
It was the ______ suspension bridge in the world until ______ the record has been beaten several times.
Since then as we passed through the _____ gate began our crossing by car.
I wondered how long is the golden gate bridge.
We learned it's about 1.7 miles from _________ to ____ with a 40 200-foot _________ span
Engineering ________ marvel at the Golden Gate Bridge blueprints _______ by joseph strauss in irving morrow.
Until then it was called the bridge that couldn't be ______ due to rough ocean currents, heavy fog and 60 mile-per-hour winds.
The vista point on the Marin County side is the ______ place to stop and _____ ______ of the Golden Gate Bridge.
Enjoy the city's fabulous ______ through a viewfinder or marvelous this beautiful piece of American ________
I hope you enjoyed this quick Golden Gate Bridge _______ _____.
I learned some _________facts about the golden gate bridge and I hope you did too
______ veronica hill and that's your California travel tip.
Task 2: Now, in groups of four. You will have to make a sketch of the Golden Gate bridge, draw the efforts that appear an explain how they work.
Task 3: Check your Golden Gate bridge drawing that you did during the last lesson. Can you find any of these shapes?
Can you find any of these basic structural steel shapes?
Task 4: Glossary.
Those elements that are interconnected in such a way so as to constitute a structure are called structural elements.
Beam: Beam is a flexure member of the structure. It is subjected to transverse loading such as vertical loads, and gravity loads. These loads create shear and bending within the beam.
Columns: A long vertical member mostly subjected to compressive loads is called column.
A compressive member of a structure is called strut.
Beam-Column: A structural member subjected to compression as well as flexure is called beam column
Grid: A network of beam intersecting each other at right angles and subjected to vertical loads is called grid.
Cables and Arches: Cables are usually suspended at their ends and are allowed to sag. The forces are then pure tension and are directed along the axis of the cable. Arches are similar to cables except hath they are inverted. They carry compressive loads that are directed along the axis of the arch.