We don't need to see what happens next if we know the context. After all, showing Umbridge getting dragged away by centaurs would be like having Draco Malfoy getting his comeuppance by having him get hauled into the back of a windowless van by a creepy guy with a wispy mustache. People on the Internet familiar with the mythology were quick to notice this, as were feminist blogs. That's the point of centaurs as characters - they have the heads of men and the animal urges of horses.Īnd unfortunately, the. In another, the famous centaur Nessus was killed while trying to rape a woman. In one legend, centaurs were invited to a wedding feast and attempted to rape the bride. Centaurs rape human women - that's what they do, that's a central part of their mythology. If you're familiar with the mythology of centaurs, seeing a screaming woman get hauled away by a bunch of them gives you the same feeling you get in Deliverance when Ned Beatty falls into the hands of the hillbillies, or when Bruce Willis and Ving Rhames wind up imprisoned by the same in Pulp Fiction.
What you have to realize is that there's a reason Rowling made sure it was centaurs who snatched Umbridge, rather than any of the countless other dangerous creatures in the forest (like the giant spiders). Near the climax of the book/film, Umbridge is hauled screaming into the Forbidden Forest by a group of centaurs. And if you think we're just filling in the rape stuff with our filthy imaginations, hang on. Well, unless you count the part where she is abducted and gang raped by centaurs in Harry Potter and the Order of the Phoenix. The short-lived headmistress of Hogwarts gets off on torturing children, has an unflinching holier-than-thou attitude and, unless David Yates has something stashed for an extended edition of the films, *SPOILER* she gets away with it. She's like Mussolini and your nosy old neighbor, all rolled into one. ISBN 8-2.5 Dolores Umbridge Gets Gang Raped by Centaursĭolores Umbridge is perhaps the one person in the whole Harry Potter universe who is virtually impossible to like, no matter what angle you choose to piss on her from. A Guide to IUPAC Nomenclature of Organic Compounds 1993. with the Greek for "and"inserted (as in triskaidekaphobia). khīlioi = 1000, diskhīlioi = 2000, triskhīlioi = 3000, etc., and 13 to 19 are treiskaideka etc. The numbers 200-900 would be confused easily with 22 to 29 if they were used in chemistry. In Ancient Greek, hekaton = 100, diakosioi = 200, triakosioi = 300, etc. The forms 100 and upwards are not correct Greek. The others are derived from Greek numbers.
Multiplicative prefixes for naming assemblies of identical units NumberĪnd/or "deka" is replaced with "deci".
Numerical prefixes for multiplication of compound or complex (as in complicated) features are created by adding kis to the basic numerical prefix, with the exception of numbers 2 and 3, which are bis- and tris-, respectively. Numerical terms for compound or complex features There are two more types of numerical prefixes in IUPAC organic chemistry nomenclature. However both the Chemical Abstracts Service and the Beilstein database use the alternative spelling eicosa. IUPAC prefers the spelling icosa- for the affix corresponding to the number twenty on the grounds of etymology. In compound affixes, the numeral two is represented by do- except when it forms part of the numbers 20 ( icosa-), 200 ( dicta-) or 2000 ( dilia-). In forming compound affixes, the numeral one is represented by the term hen- except when it forms part of the number eleven ( undeca-): henceĢ41 → hen- ( 1) + tetraconta- ( 40) + dicta- ( 200) = hentetracontadicta- 411 → undeca- ( 11) + tetracta- ( 400) = undecatetracta- The numeral two While the use of the affix mono- is rarely necessary in organic chemistry, it is often essential in inorganic chemistry to avoid ambiguity: carbon oxide could refer to either carbon monoxide or carbon dioxide. For example:ĥ48 → octa- ( 8) + tetraconta- ( 40) + pentacta- ( 500) = octatetracontapentacta- 9267 → hepta- ( 7) + hexaconta- ( 60) + dicta- ( 200) + nonalia- ( 9000) = heptahexacontadictanonalia- The numeral one The prefixes are given from the least significant decimal digit up: units, then tens, then hundreds, then thousands. The affixes are derived from both Latin and Greek. The numerical multiplier (or multiplying affix) in IUPAC nomenclature indicates how many particular atoms or functional groups are attached at a particular point in a molecule.
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