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Discussion and Debate
Discussion and Debate
Physical & Life Sciences
Not Slippery When Wet
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<blockquote data-quote="sjastro" data-source="post: 76130488" data-attributes="member: 352921"><p>Who said anything about a high rotation rate causing slipperiness on a wet road?</p><p>This is an example of you not understanding the answers given.</p><p>My answer was to use your own example as a baseline for comparison; locked tyres on a wet road.</p><p>It was explained to you rotating tyres result in an increase in friction compared to sliding tyres.</p><p></p><p>In the video I presented which compliments [USER=433179]@Ponderous Curmudgeon[/USER] answer is the patch area of the tyre in contact with the road represents a limited region of tyre tread.</p><p>A rotating tyre is therefore able to displace more water from the road where it is channeled through the tread whereas a sliding tyre can only utilize the tread in the patch area.</p><p></p><p>Both answers lead to the same conclusion a rotating tyre actually reduces the slipperiness when compared to a sliding tyre.</p></blockquote><p></p>
[QUOTE="sjastro, post: 76130488, member: 352921"] Who said anything about a high rotation rate causing slipperiness on a wet road? This is an example of you not understanding the answers given. My answer was to use your own example as a baseline for comparison; locked tyres on a wet road. It was explained to you rotating tyres result in an increase in friction compared to sliding tyres. In the video I presented which compliments [USER=433179]@Ponderous Curmudgeon[/USER] answer is the patch area of the tyre in contact with the road represents a limited region of tyre tread. A rotating tyre is therefore able to displace more water from the road where it is channeled through the tread whereas a sliding tyre can only utilize the tread in the patch area. Both answers lead to the same conclusion a rotating tyre actually reduces the slipperiness when compared to a sliding tyre. [/QUOTE]
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Not Slippery When Wet
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