On Wed, 5 Mar 2008 10:52:25 -0800 (PST), Ed Pirrero
<
[email protected]> wrote:
>On Mar 5, 9:44 am, [email protected] wrote:
>> On Wed, 5 Mar 2008 08:20:33 -0800 (PST), Ed Pirrero
>>
>>
>>
>>
>>
>> <[email protected]> wrote:
>> >On Mar 4, 6:07 pm, [email protected] wrote:
>> >> On Tue, 4 Mar 2008 17:49:17 -0800 (PST), Ed Pirrero
>>
>> >> <[email protected]> wrote:
>> >> >On Mar 4, 5:04 pm, [email protected] wrote:
>>
>> >> >> If the death rate doesn't drop significantly, then either the helmets
>> >> >> don't have a significant effect, or else the death rate is so tiny
>> >> >> that significant effects cannot be measured in the whole population,
>> >> >> making it extremely unlikely that they could be measured in much
>> >> >> tinier studies.
>>
>> >> >Except that the problem is this: impacts that may cause death are
>> >> >grossly in excess of what helmets are meant to protect against.
>>
>> >> >The protection comes at the lower end of the injury scale.
>>
>> >> >E.P.
>>
>> >> Dear Ed,
>>
>> >> If helmets have offer some protection in crashes, why wouldn't they
>> >> reduce the number of deaths at the "lower end" of the fatal injury
>> >> scale, turning them from fatalities into serious injuries?
>>
>> >Because a helmet's protection is not at that end of the scale. If the
>> >impact is enough to cause death, it very greatly exceeds the level of
>> >protection the helmet was designed for.
>>
>> Dear Ed,
>>
>> On your scale, what impacts lie between those that cause serious
>> injury and that you believe can be affected by helmets and those that
>> cause death and cannot?
>
>Why don't you tell me, Carl, since that seems to be where you're
>angling.
Dear Ed,
Because you made the claim, and I'm baffled, like other posters.
You seem to be claiming that there are two discontinuous areas on an
impact scale.
One range of impacts produces serious head injuries that can be
reduced or prevented by helmets, but not fatal injuries.
The other range, which you've likened to pistol bullets, produces
fatal injuries that cannot be reduced to serious injuries by helmets.
What range of impacts lies between them?
If it's any help to understanding why I'm baffled, far more
pedestrians are the victims of head injuries that range from serious
to fatal, just from ordinary trip-and-fall accidents.
I'm beginning to suspect that you just made up a nonsensical claim and
are unwilling to admit it, but you could easily explain what range of
impacts you have in mind and why you think that there's some huge gap
between the impact that leaves a pedestrian in the hospital and the
impact that kills him.
Cheers,
Carl Fogel