Transaction: bc6633a7ee4d158bc5c1df524e2dda0b5493dd5d

Included in block 22,054,178 at 2018/05/01 17:09:33 (UTC).

Transaction overview

Loading...
Transaction info
transaction_id bc6633a7ee4d158bc5c1df524e2dda0b5493dd5d
ref_block_num 34,064
block_num22,054,178
ref_block_prefix 1,055,903,346
expiration2018/05/01T17:19:27
transaction_num 8
extensions[]
signatures 1f4c88f0d277312ec6ace9736b24d006b4446f1959bd80725aefb29c3ef8baf1a255c4d3d107185eb81f6c7a134b33dafeb271c75b736d622ed6da4a6d90296c64
operations
comment
"parent_author":"zen-art",<br>"parent_permlink":"cold-boiling-water-physics-explained-with-zen-art",<br>"author":"bigtom13",<br>"permlink":"re-zen-art-cold-boiling-water-physics-explained-with-zen-art-20180501t170929365z",<br>"title":"",<br>"body":"What wonderful witchery! That's as good an explanation as I've ever seen. Very nicely done.\n\nI seem to like high altitude places. When I used a percolator to make my coffee I would occasionally have trouble with it at altitude. Is the reason I went to 'pour over' coffee when I am camping. I can always get the water warm enough to make coffee :) \n\nThanks for a terrific post. You make physics painless and even pleasant.",<br>"json_metadata":" \"tags\":[\"science\" ,<br>\"app\":\"steemit\/0.1\" "
* The API used to generate this page is provided by @steemchiller.