01/01/06- MT HAMILTON
I'd like to start with 4 assumptions that I feel safe assuming most
people will believe are true:1) Eating to much over the holidays
is bad
2) Water does not go uphill
3) A person riding a bike must pedal to go uphill
4) Stanford Students are intelligent
The New Year's Day ride up Mount Hamilton proved that there are
some exceptions to those assumptions I mentioned. Here's why:
1) I would have benefitted from eating more over the holidays
because the wind at the top of the pushed my around like a sheet of
paper in a drafty room. There is a lot of talk about power to weight
ratio in cycling, but in this case it was frontal area to weight
ratio and mine was far too high to battle the strong winds
descending from the summit of Mount Hamilton. Although the weather
instruments near the top only read about 40 mph for the strongest
gusts when we were up there, I'll argue that the wind was much
stronger than that (and any subsequent telling of this tale will
recount stronger winds). Not only did it require an effort to keep
the bike up right, it required a serious effort to keep going
forward while we were descending. In this case, it would have been
nice to have a little more weight coming down the hill, weight which
could have been acquired from overstuffing myself during the
holidays. However, maybe my mistake was stopping to use the
facilities at the top.
2) Water usually travels downhill. That's why we have
"waterfalls".
On Mount Hamilton, the water was not only traveling uphill
(propelled by the gusty wind), it was being churned so much that the
puddles were turned white as the wind blew them uphill. If we can
have whitewater rafting with white water flowing downhill, why can't
we have white water cycling where cyclists fight to descend a wet
windy mountain where the water is blowing uphill? On second thought,
I'll pass on that one after Sunday.
3) Generally when you are cycling, you need to pedal to go
uphill. If you didn't need to pedal the Tour de France wouldn't be
much of a race.
Or would it? Rumor has it retired French rider Jacky Durand was
rather good at hanging on to door handles of team vehicles to get up
hills. Generally, you need to overcome rolling resistance, wind
resistance, gravity, and the gradient of the hill among other things
to move forward (A more technical explanation here
).
Near the summit , when the wind was at our backs, the wind was
strong enough to provide the necessary power for forward motion. A
truly unique experience.
4) This depends on how you define smart. If SAT scores and GPAs
are the only criteria then this statement holds. If you factor in
common sense and rationality, then the assumption starts to break
down rather quickly. I get to make an example out of myself here,
but if you look harder enough you'd find out something they don't
want you to know and something that I won't tell you. My rationality
went out the window when Jeff came down the hill and said, "The wind
pushes you up the hill in some places (point number 3)". So knowing
this and being a (supposedly intelligent Stanford student) why did I
want to keep going?
Simple. Testosterone (he'd already done so I couldn't let him
outdo me, that is no way to start off the year), Curiosity (what is
it like to have the wind push you up a hill), and the fact that we
were only 7 miles away at that point. Our mistake was truly when we
decided to start up from the park to "warm up" before we descended.
I think we were all subconsciously thinking about going to the top
and that was a good (rational) way to get ourselves a little closer.
If you've ever been up Mount Hamilton, you'd know that we really
didn't need to head toward the summit from Grant Ranch to go up,
because the first section from Grant Ranch heading toward the base
is a slight climb. You really do have to wonder what were we
thinking. Perhaps that is the wrong question to ask. The right one
might be, "Were we thinking?"