Any web-spinning spider can do it, it is a property of spider silk. When it is said that spider silk is stronger than steel, this does not mean the webs themselves as is. It means that if you had enough spider silk to weave into the same thickness as a steel cable, the spider silk would have a tensile strength five times greater.
yes
yes we are stronger than monkeys
The human bone is around five times stronger than steel of the same mass. This incredible strength-to-weight ratio makes it a remarkable biological material.
The key benefit of carbon fiber is its impressive strength-to-weight ratio. Beyond its advantages compared to aluminum, which we mentioned above, carbon fiber is five times lighter and 10 times stronger than typical steel.
Spider silk is incredibly tough and is stronger by weight than steel. Quantitatively, spider silk is five times stronger than steel of the same diameter. It has been suggested that a Boeing 747 could be stopped in flight by a single pencil-width strand. Spider silk is almost as strong as Kevlar, the toughest man-made polymer. It is finer than the human hair (most threads are a few microns in diameter) and is able to keep its strength below -40°C. The toughest silk is the dragline silk from the Golden Orb-Weaving spider (Nephilia clavipes), so-calledbecause it uses silk of a golden hue to make orb webs.~Фродо Скотт
hearing
Well, if it's a small monkey, the bodybuilder is stronger. But if it's a normal sized chimpanzee or orangutan, it's about five times stronger than a bodybuilder.
spider
spider man is five foot ten
55 = 3125
The worlds most lethal animal is the funnel web spider who lives (of course) in Australia! It is five times as venomous as a black widow spider and its venom can kill in less than half an hour.
Kevlar is a man made organic fibre that it is extremely strong and tough. Indeed, it is up to five times stronger than steel. When submerged in water, Kevlar can become up to 20 times stronger than steel. It can also withstand temperatures up to 300°C while still retaining its strength properties. Even at -196°C, Kevlar shows no signs of loss of strength. Almost all solvents are ineffective at corroding Kevlar except some very powerful acids. Kevlar, however is known to degrade when exposed to UV radiation.