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<blockquote data-quote="IgnoreMe" data-source="post: 4057004" data-attributes="member: 551352">lol, ok here are the cliffnotes then.i used 2 same size &quot;pullies&quot;, 1 smaller &quot;pulley&quot;, and a &quot;belt&quot; and conducted the test right in front of the computer.i dont know how long the belt was, but this was a baseline just used to get some numbers.2 same size pulleys on a X&quot; length belt resulted in a 1:1 ratio as it should be.1 big pulley and 1 small pulley on the same length belt resulted in a 1.25:1 ratiothen i shortened the belt by half or so and these are the results2 same size pulleys on a X&quot; length belt resulted in a 1:1 ratio as it should be.1 big pulley and 1 small pulley on the same length belt resulted in a 1.25:1 ratioso as you can see, belt size played no roll in determining how many revolutions either pulley made //content.invisioncic.com/y282845/emoticons/smile.gif.1ebc41e1811405b213edfc4622c41e27.gif</blockquote>

[QUOTE="IgnoreMe, post: 4057004, member: 551352"] lol, ok here are the cliffnotes then. i used 2 same size "pullies", 1 smaller "pulley", and a "belt" and conducted the test right in front of the computer. i dont know how long the belt was, but this was a baseline just used to get some numbers. 2 same size pulleys on a X" length belt resulted in a 1:1 ratio as it should be. 1 big pulley and 1 small pulley on the same length belt resulted in a 1.25:1 ratio then i shortened the belt by half or so and these are the results 2 same size pulleys on a X" length belt resulted in a 1:1 ratio as it should be. 1 big pulley and 1 small pulley on the same length belt resulted in a 1.25:1 ratio so as you can see, belt size played no roll in determining how many revolutions either pulley made [IMG]//content.invisioncic.com/y282845/emoticons/smile.gif.1ebc41e1811405b213edfc4622c41e27.gif[/IMG] [/QUOTE]

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