From what I have read: The crane "grows" using a jib, hydraulics, and sections. When the building is completed, the arms are dissassembled on the roof (they may be removed by another crane attached to a truck, or by other equipment on the roof?), and the process is then reversed (each section removed floor by floor by equipment inside the building). The jib is lowered as each section is removed, until there is nothing left, and the jib assembly is removed at ground level. I may need correction on this one though
It doesn't make sense to measure buildings on the order of a kilometer, since no building comes close to reaching that height. Why say that the tallest building in the world is "0.828 kilometers" tall when you could just say it's "828 meters" tall?
55.77
You measure the roof to get the square feet. There are 100 square feet in a square. On a straight single peak roof it's height times length on one side and double it. Then divide the total square feet by 100. This final number will give you the number of squares you have. If the roof is a flat, commercial roof, it is the same (100 sq. ft = 1 SQ). However, if it is a metal panel commercial roof, you need to add in "stretch factor" or the added amount of square footage if the panels were to be stretched flat. A good estimate for this is: If the ribs on the metal panel are 1" tall, add 10% to your square footage; if the ribs are 1.5" tall, add 15% to your total square footage. So, if you have a metal roof that is an R-panel (_/-\_), the ribs are 1.5" tall and the roof is 100 SQ (or 10,000 sq ft), take 10,000 sq ft + 15% (1500) = 11,500 sq ft (115 Squares).
19.6m
6 meters (length) x 3 meters (tall) = 18 meters2 There are 18 square meters.
A pointy part of a church roof is called a steeple. Steeples are tall structures that rise above the roofline and often serve as a focal point for the building. They are commonly found on churches and other religious buildings.
Every city does not have to have tall buildings. Some small cities have small buildings. Besides, compared to NY and Chicago's skyscrapers nothing seems tall.
A restaurant on or near the roof of a tall building.
Bungale S. Taranath has written: 'Structural analysis and design of tall buildings' -- subject(s): Tall buildings, Design and construction 'Structural analysis and design of tall buildings' -- subject(s): Tall buildings, Structural analysis (Engineering), Design and construction 'Wind and Earthquake Resistant Buildings'
tall building are bad :(((
It is a way of getting heavy loads up to tall places.
Tall buildings
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Tall buildings
a lot because there was birds that fly into the buildings.
Yes, the direct object in the sentence is "buildings." It receives the action of the verb "sway."
The seismic waves affect tall buildings more. It is because shaking may cause them to collide.