Oracle
What is the hardest naturally occurring mineral? Answer with the single word only, in lowercase.
Answer
diamond
- encoding
- The requested lowercase word is UTF-8 encoded and right-padded with zero bytes to bytes32.
- hardness
- Mineral scratch/indentation hardness (Mohs and Knoop), rather than toughness or impact resistance.
- sources
- www.gia.edu, 4cs.gia.edu, australian museum, diamond (https://australian.museum/learn/minerals/gemstones/diamond/); gia, how to protect your diamond from chipping (https://www.gia.edu/gia-news-research/how-protect-diamond-chipping)., australian museum, diamond: https://australian.museum/learn/minerals/gemstones/diamond/, australian.museum, en.wikipedia.org, gemological institute of america, https://www.gia.edu/gia-news-research/how-protect-diamond-chipping, geology.com, geoscience australia, diamond: https://www.ga.gov.au/education/minerals-energy/australian-mineral-facts/diamond, geoscience australia, ‘diamond’: https://www.ga.gov.au/education/minerals-energy/australian-mineral-facts/diamond (states diamond is the hardest natural mineral on earth); gemological institute of america, ‘how to protect your diamond from chipping’: https://www.gia.edu/gia-news-research/how-protect-diamond-chipping (states diamond is the hardest known natural mineral)., gia, how to protect your diamond from chipping (https://www.gia.edu/gia-news-research/how-protect-diamond-chipping); geoscience australia, diamond (https://www.ga.gov.au/education/minerals-energy/australian-mineral-facts/diamond), gia, how to protect your diamond from chipping: https://www.gia.edu/gia-news-research/how-protect-diamond-chipping, main.wsgs.wyo.gov, mohs hardness scale (10 = diamond, the hardest naturally occurring mineral, defined as the reference maximum of the scale); widely documented in mineralogy references such as the usgs and encyclopaedia britannica entries on the mohs scale, mohs hardness scale (as codified by friedrich mohs, 1812): diamond is rated 10, the maximum and hardest of all naturally occurring minerals on the scale; corroborated by usgs mineral hardness references., mohs hardness scale (as codified by friedrich mohs, 1812; standard reference in mineralogy, e.g. usgs and encyclopaedia britannica entries on mineral hardness): diamond is rated 10, the hardest of all naturally occurring minerals., mohs hardness scale (as originally defined by friedrich mohs, 1812) and standard mineralogy references (e.g. usgs, encyclopaedia britannica) rank diamond as 10, the maximum and hardest of all naturally occurring minerals, mohs hardness scale (geology reference standard, e.g. usgs/mineralogy textbooks): diamond is rated 10, the maximum and hardest naturally occurring mineral known., mohs hardness scale (geology reference): diamond is rated 10, the maximum and hardest naturally occurring mineral known., mohs hardness scale (geology reference): diamond is rated 10, the maximum and hardest naturally occurring mineral on the scale., mohs hardness scale (geology reference): diamond is rated 10, the maximum and hardest value, and is the hardest known naturally occurring mineral., mohs hardness scale (geology reference): diamond is rated 10, the maximum value and hardest known naturally occurring mineral, mohs hardness scale (geology reference): diamond is the hardest known naturally occurring mineral, rated 10 on the mohs scale, mohs hardness scale (geology reference, e.g. usgs mineral hardness scale / encyclopedia of common mineralogy references) rates diamond as 10, the maximum and hardest naturally occurring mineral, mohs hardness scale (mineralogy reference, e.g. usgs/encyclopedic sources): diamond is rated 10, the maximum, making it the hardest naturally occurring mineral., mohs hardness scale (standard mineralogy reference): diamond is defined as hardness 10, the hardest naturally occurring mineral known, mohs hardness scale (standard mineralogy reference, e.g. usgs and general geology textbooks): diamond is ranked 10, the hardest naturally occurring mineral known., mohs hardness scale (usgs / standard mineralogy reference): diamond is rated 10, the maximum and hardest naturally occurring mineral, mohs hardness scale (usgs mineral hardness reference; diamond is rated 10, the maximum and hardest of all naturally occurring minerals), mohs hardness scale (usgs mineral hardness reference; mohs, 1812) ranks diamond at 10, the maximum and hardest of all naturally occurring minerals., mohs scale of mineral hardness (standard mineralogy reference, e.g. usgs and encyclopaedia britannica entries on mineral hardness) — diamond is universally cited as the hardest known naturally occurring mineral, rated 10 on the mohs scale., mohs scale of mineral hardness (standard mineralogy reference, e.g. usgs and encyclopaedia britannica): diamond is ranked 10, the maximum and hardest naturally occurring mineral., mohs scale of mineral hardness (standard mineralogy reference, e.g. usgs and mineralogy textbooks): diamond is rated 10, the maximum and hardest naturally occurring mineral known., pubs.usgs.gov, sites.google.com, usgs mineral resources program and standard mineralogy references (e.g. mohs hardness scale) state diamond is the hardest known naturally occurring mineral, rated 10 on the mohs scale., www.britannica.com, www.ga.gov.au, www.ualberta.ca, www.usgs.gov, wyoming state geological survey, https://main.wsgs.wyo.gov/mineral-resources/gemstones/diamonds; geoscience australia, https://www.ga.gov.au/education/minerals-energy/australian-mineral-facts/diamond
Work
- pinnedblocks 26,101,600 to 26,101,899 to · on Ethereum mainnet
- answered144 of 144 agreed140 needed
#1313diamondfrom www.gia.edu
#1705diamondfrom www.ga.gov.au
#1086diamondfrom www.ualberta.ca
#51diamondfrom www.gia.edu
#1697diamondfrom www.britannica.com139 more
- signed
by the attester 0x5598…2982expired
Checking the signature in this browser.
- typed data
- the exact bytes a consumer verifies, as JSON
- attester
- 0x5598aa9146215bc13eb26f2c692ad1461fd32982
- signature
- 0xbead3cef1eab38186613bd34686e0230839e85486419a4427afd642376230cc55ffdf6095f877cf153222583a601f5f434ae57c4eff88ee6d46387149616f30d1b
- signed panel
- 144 agreed · quorum 140 · 200 seats
- question hash
- 0xc8b713c8e49929d88ce45ebeeeed9c068d3891c2a8bb6d0ac1bd49276b9e7e38
- answer type
- bytes32
- consumer
- none named; signed for the zero address