Metals that are typically not strong in tension include lead and tin. These metals have relatively low tensile strength and are more malleable, making them prone to deformation under tensile loads. Additionally, some alloyed metals, like certain grades of aluminum and zinc, may also exhibit reduced tensile strength depending on their composition and processing.
Brick will usually be stronger in compression, but metals will usually be stronger in tension.
Mercury has a strong affinity for certain metals, such as gold, silver, and aluminum. This property allows it to form alloys, called amalgams, with these metals. Additionally, Mercury forms a slight meniscus at the edge of solid surfaces due to its high surface tension.
The surface tension of iso-octane at 20 0C is 18,77 dyn/cm.
No the opposite. It is a characteristic of metals that they have very little or no odor.
All metals have a tensile strength. The strength varies with the metal and with such factors as temperature and additives.
Steel and Titanium
Brick will usually be stronger in compression, but metals will usually be stronger in tension.
Almost all metals can resist tension. Obviously, room temperature fluid metals such as mercury will not resist tension when they are in a liquid state, but otherwise, if you pull on it, it will pull back.
Metals like steel are strong in room temperature. If you want anymore, search for metals as strong as steel :)
Making a plane out of metal parts may seem strange when you want to make something light. However, metals are generally very strong compared to their weight and very good under tension. Therefore aluminum and titanium are good metals to make parts of planes as they are comparatively light (dense) and very strong. Modern planes also use carbon allotropes in their construction because carbon too is light and strong in tension.
Water forms hydrogen bonds, which gives it a strong surface tension.
Mercury has a strong affinity for certain metals, such as gold, silver, and aluminum. This property allows it to form alloys, called amalgams, with these metals. Additionally, Mercury forms a slight meniscus at the edge of solid surfaces due to its high surface tension.
not sure
The surface tension of iso-octane at 20 0C is 18,77 dyn/cm.
they have a strong hold of electrons!!!
Some metals are not strong enough to be able to hold tons of weight
A strong fiber is one that soes not break under tension easily. Some examples of strong fibers are:kevlarhempcarbonglassspiders silk