Transaction: f39765cfd5a180f6c8d09b57c1ee4382f458e9e8

Included in block 5,086,251 at 2016/09/18 20:08:54 (UTC).

Transaction overview

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Transaction info
transaction_id f39765cfd5a180f6c8d09b57c1ee4382f458e9e8
ref_block_num 39,887
block_num5,086,251
ref_block_prefix 3,995,374,706
expiration2016/09/18T20:09:03
transaction_num 1
extensions[]
signatures 205c9bc64c55e33718556ecff9ecefda3d168f2e1ae644fde80d544029343138d41dc1003630347d985ce2d15003b15f84c70dcb5772b69f62743bed62f3bcfd86
operations
comment
"parent_author":"pjheinz",<br>"parent_permlink":"re-sulev-re-pjheinz-hbebd-the-curious-quantum-world-part-4-20160918t192033950z",<br>"author":"sulev",<br>"permlink":"re-pjheinz-re-sulev-re-pjheinz-hbebd-the-curious-quantum-world-part-4-20160918t200831480z",<br>"title":"",<br>"body":"classical mechanics\nDon't know the english terms so I'll try and explain simply. The twisting forces you get from the weight of the piece and it's length are equal. In the short piece you have to have a high weight,<br> because the length is low. The second piece is the opposite.",<br>"json_metadata":" \"tags\":[\"science\" "
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