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| | :Yes, I agree. [[User:David1217|David1217]] ([[User talk:David1217|talk]]) 17:18, 19 January 2013 (UTC) | | :Yes, I agree. [[User:David1217|David1217]] ([[User talk:David1217|talk]]) 17:18, 19 January 2013 (UTC) |
| | ::There is more to win from predicting something that is going to happen than there is to lose from predicting something that doesn't happen. [[User:Tharkon|Tharkon]] ([[User talk:Tharkon|talk]]) 19:30, 1 December 2013 (UTC) | | ::There is more to win from predicting something that is going to happen than there is to lose from predicting something that doesn't happen. [[User:Tharkon|Tharkon]] ([[User talk:Tharkon|talk]]) 19:30, 1 December 2013 (UTC) |
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| − | Has anyone any idea what the "&" symbol is about in Hurricane Where-The-Hell-Is-Bermuda? [[Special:Contributions/141.101.97.215|141.101.97.215]] 12:32, 13 May 2014 (UTC)
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| − | Regarding Hurricane cos(x):
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| − | *If {{w|Equator}} is the x-axis and the y-axis goes through the {{w|Prime meridian}} of {{w|Prime meridian (Greenwich)|Greenwich}} it would be possible to say if this was a true cosine function hurricane.
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| − | *A cosine would be 1 (the maximum value) at x=0 (i.e. the maximum value would occur under {{w|Greenwich}}), whereas a sine would be 0 at x=0.
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| − | *If it had been a basic cos(x) without any constants added, then it should have been centered along the equator instead of as it is - ranging from about 5.5° to 9.5° north {{w|latitude}}.
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| − | *But if the formula was of the form a*cos(b*x)+c with a, b and c given constant, the wave could move to the center of this range with c=7.5°. With the constant a=2° the wave would move between the max and minimum of the range, and then b could be chosen to make the wave length fit with the path shown in the map.
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| − | --{{unsigned|Kynde}}
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| − | :There is no reason to assume the axes are on the meridian and equator. [[User:Tharkon|Tharkon]] ([[User talk:Tharkon|talk]]) 02:41, 7 September 2014 (UTC)
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| − | ::Disclaimer: I know I'm pretty late to the whole "cos(''x'')" discussion, but here are my 2 cents.
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| − | ::*Probably no great surprise that Randall wrote "cos" while drawing a sine function. Assuming he did not have any special reason to prefer one over the other, there was a 50/50 chance of him writing "cos" rather than "sin" to label the curve, and a 50/50 chance of him drawing a sine rather than a cosine function -- taking the leftmost point as the origin and not considering other, arbitrary phase offsets. And, finally, there was a 50/50 chance that the choice of label would not agree with the curve drawn.
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| − | ::*Observation: The letters in "cos" all have the nice feature that, if written in uppercase as is Randall's usual style, they are indistinguishable from lowercase, which is the usual style for trig functions appearing in textbooks and scientific journals. Not so with "sin". So, probably by accident, using "cos" allowed Randall to write in his usual style while still having a function label in the style people are used to seeing in print.
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| − | :::Incidentally, Randall has used both lowercase (see #184) and uppercase (#1047, 3rd row below "World Population" table entry) to write "sin".
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| − | :: [[User:Redbelly98|Redbelly98]] ([[User talk:Redbelly98|talk]]) 23:49, 31 July 2018 (UTC)
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| − | The details for Hurricane cos(x) mentions a trivia section, which is not present in this article. [[User:SuperSupermario24|<span style="color: #c21aff;">Just some random derp</span>]] 17:41, 21 June 2015 (UTC)
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| − | :I was about to post the same comment but then I decided to read these first. [[Special:Contributions/108.162.237.158|108.162.237.158]] 07:52, 25 June 2015 (UTC)
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| − | Is it just me or is long island missing from the map?? --[[User:Effy|Effy]] ([[User talk:Effy|talk]]) 10:15, 2 April 2017 (UTC)
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| − | Does anyone know what map projection is being used here? [[Special:Contributions/172.69.90.29|172.69.90.29]] 11:40, 27 May 2022 (UTC)
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