Graphite can be converted to a diamond when subjected to temperature and pressure of about

3500° C and 10,000 atm

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5000° C and 1,00,000 atm

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3000° C and 1,00,000 atm

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300° C and 1000 atm

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Solution

The correct option is C
3000° C and 1,00,000 atm

As graphite is the most stable form of Carbon (C), graphite can be converted into diamond using drastic conditions of 3000° C temperature and 1,00,000 atm pressure.
Therefore, option (c) is correct.

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Similar questions

Name the products formed when :

(a) wood is burnt in the absence of air.

(b) bone is heated in the absence of air.

(d) graphite is subjected to high pressure and 3000 $^{\circ}$ C temperature.

Q. Using special techniques a high temperature and pressure with a suitable catalyst like tantalum, graphite can be converted into:

We know that under high pressure, graphite can be converted to diamond. At room temperature, both are solids.

So,
A) Is the state same?
B) Is the phase same?

could diamond be converted into graphite?

Q. When "diamond "is heated at high temperature , graphite is formed.
When "graphite" is heated fullerene is formed.
Is that possible when graphite is cooled at very low temperature DIAMOND will be formed

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Graphite can be converted to a diamond when subjected to temperature and pressure of about

The correct option is C 3000° C and 1,00,000 atmAs graphite is the most stable form of Carbon (C), graphite can be converted into diamond using drastic conditions of 3000° C temperature and 1,00,000 atm pressure.Therefore, option (c) is correct.

The correct option is C
3000° C and 1,00,000 atm

As graphite is the most stable form of Carbon (C), graphite can be converted into diamond using drastic conditions of 3000° C temperature and 1,00,000 atm pressure.
Therefore, option (c) is correct.