Science, asked by atir5426, 8 months ago

what is the world strongest substances full explanation​

Answers

Answered by atir786
1

Answer:

#10 SPIDERS’ SILK

Darwin bark spiders’ silk is considered the toughest biological substance. It is 10 times stronger than Kevlar. A strand long enough to circle the Earth would weigh less than 500 grams!

#9 SILICON CARBIDE

This material forms the basis of armor used in battle tanks. Highly effective – not one British Challenger tank was destroyed in Operation Desert Storm.

#8 NANOSPHERES / NANO-KEVLAR

Self-assembling nanospheres are the stiffest organized material ever created. It is said that they could lead to the development of printable body armor.

#7 DIAMOND

The hardest material on Earth. It has unrivaled resistance to scratching.

#6 WURTZITE BORON NITRIDE

This material is created during volcanic eruptions and is theoretically 18% harder than diamond. However, large enough quantities don’t exist to test this theory.

#5 LONSDALEITE

Formed when meteorites containing graphite hit Earth. Simulations show it to be 58% harder than diamond, but, again, it’s too rare to test.

#4 DYNEEMA

High-performance polythene marketed as the strongest fiber in the world. Lighter than water, it can stop bullets and is 15 times stronger than steel.

#3 METALLIC GLASS

Palladium microalloy glass has the best combination of toughness and strength. It’s thought to be the most durable material on the planet.

#2 BUCKYPAPER

Nanotechnology material made from tube-shaped carbon molecules 50,000 times thinner than human hair. It’s 500 times stronger than steel and 10 times lighter.

#1 GRAPHENE

One-atom-thick sheets of carbon are 200 times stronger than steel. It would take an elephant balancing on a pencil to break a sheet as thin as Saran wrap.

Answered by hafsasaeed365
0

Answer:

Carbon nitrite

Explanation:

It is isostructural with Si3N4 and was predicted to be harder than diamond. ... Carbon nitrite is only stable at a pressure that is higher than that of the graphite-to-diamond transformation.

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