Not always. It is usually based on the foundation and kind of ground it is built on.
no they are not because shorter buildings are more secured. Name: Salma Elshamy
yes,shorter people do have more energy then taller people.
That depends on what you mean by better. If you mean more attractive, then it's an opinion. If you mean structurally, many times short building are better, depending on location.
shorter people usually have better balance because their center of balance is closer to the ground Like buildings......Shorter buildings like little shops have more balance than skyscrapers...big difference i know but then again basketball players don't seem to have any problem ;)
Meter is more appropriate because there are no buildings taller than a kilometer.
it should be because yz85s are more for taller riders and RMs for shorter riders, its just how they made them
They're not supposed to, but a lot of times they do.
After 20 you are more likely to start getting shorter due to setlement.
Yes there is a difference, taller trucks let you put on bigger wheels that can distribute the weight more and make your ride smoother (for taller people). At the same time they also give you less balance and are more likely to wobble. Shorter trucks give you more balance and make you have a lower center of gravity (better for shorter people). But at the same time you also have less distributed weight on the wheels so you have a more of a bumpy ride. (hoped this helped you out)
If you mean the empire state building, there are a few buildings taller than it. You can look it up on google because it will have more info than I can give you.
they are important because it makes more room for other buildings. And buildings that are not high (1-3 floors,+basement) are usually are longer than taller. another reason is that most of the famous buildings in the world are very tall.
Shorter fragments typically move farther during gel electrophoresis because they experience less resistance in the gel matrix, allowing them to travel more quickly through the electric field. Taller fragments are larger and encounter more obstacles, causing them to move slower and remain closer to the origin.