answersLogoWhite

0


Best Answer

Diamonds can form under high pressure and temperature conditions found deep within the Earth's mantle, typically at depths of 140-190 kilometers (87-118 miles). This process usually occurs over millions to billions of years.

User Avatar

AnswerBot

9mo ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: When can diamonds only form?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

How many diamonds make a hexagon?

It only takes to diamonds to form a hexagon, but three if it is a regular hexagon.


Diamonds are pure form from what element?

Diamonds are the crystaline form of Carbon.


What is the possessive form of the word diamonds?

The possessive form for the plural noun diamonds is diamonds'.Example: I had the diamonds' settings checked by a jeweler.


Can diamonds form in basalt?

No diamond cannot form in basalt. Diamond only form in Kimberlite because it develop only at very low cooling rate.


Do diamonds form from iron?

No, diamonds are formed from carbon.


Does chocolate contain diamonds?

No form of chocolate contains diamonds.


Are there diamonds in volcanic tubes?

Only in some. Most diamond mines are in or near formations called Kimberlite Pipes, which form as a result of a rather unusual type of volcanic acvtivty that has not beem witnessed in human history. These volcanoes do not form the diamonds, but rather bring the diamonds up from great depths.


Are diamonds an element or compond?

Diamonds are a form of crystalline carbon which is an element.


Do diamonds have any elements from the periodic table?

Yes, diamonds are a form of carbon.


What time era did diamonds form?

Diamonds can form slowly under deep pressure, or they can form very rapidly like when a volcanic eruption occurs.


Do pav'e diamonds have inclusions?

Pave is a form of setting, and any gemstone can be set in this form, including diamonds with -- or without -- inclusions.


Are diamonds formed in the crust?

No, natural diamonds only form deep in the mantle just above the liquid core where both pressure and temperature are high enough to stabilize the crystal structure of diamond.