No words can explain how content I am with everything right now.
Now, this will sound awkward, but I had a dream last night that something happened, my mom got a phone call, and she was freaking out saying that "this could be bigger than 9/11"...that's what stuck in my mind, the bigger than 9/11 thing (even though I didn't know what had happened). Then, in my dream, I went on cnn.com (lolz, I am a loser and check their homepage constantly) and there was like something saying that like 300 some people were dead from some virus that spread from 1 to 300 in like hours.
But, yeah, so much for the nightmare, but then today I did an eerily similar thing by going onto cnn.com just to make sure everything was chill and I saw that the freakin United States Economy is royally screwed. They're comparing it to the Great Depression. Couldn't help but compare the bill not passing to 9/11. In the end, I think the former will have a greater, more lasting impact on us.
Monday, September 29, 2008
Sunday, September 28, 2008
Ah, the drama. Tis not good, not good at all. Although it is more other people being stupid and dramatic and me just watching them and telling them to stop saying mean things about their friends. And by telling them, I mean thinking.
Time to go hang with some amazingly cool kids (that aren't being dramatic)
Time to go hang with some amazingly cool kids (that aren't being dramatic)
Saturday, September 27, 2008
Tuesday, September 16, 2008
Monday, September 15, 2008
Friday, September 12, 2008
what I just sent to my physics professor (Warning; it has to do with sound waves and...science.)
"The goal of this is to find out the wavelength of one sound-wave with a fairly high accuracy by using a combination of a wave of a known wavelength and the unknown wave. From my experience, sound waves which are very close to each other in frequency and which are sounding at the same time end up creating a third pulsating noise. This pulsating noise is due to the additive property of the waves (when waves “sync up” with each other, they add to each other and increase in amplitude). Using the time of the period of the addition of the unknown wave and the known wave, one can find the wavelength of the unknown wave to some accuracy.
Vs=Speed of sound
λ1= Wavelength of the known wave
λ2= Wavelength of the unknown wave
t1+2= Period of combination of λ1 and λ2
W1= Known wave
W2= Unknown wave
First, find how many cycles of W1 happen in t1+2
(Vs)(t1+2)/( λ1)=Cycles of W1 per period of t1+2
Now, we know that (if W2 is slightly smaller thanW1) the unknown wave will be x meters smaller than the known wave. Therefore, we know that (x)(the number of cycles in wave W1 over t1+2)=(wavelength of the known wave). Therefore, (Wavelength of the known wave)/(number of cycles in wave W1 over t1+2)=x
(λ1)/[((Vs)(t1+2))/ (λ1)]
Which is equivalent to
λ12/[(Vs)(t1+2)]
This gives us the “x”, the difference between the λ of the known wave and the unknown wave. Both waves will interact the same if they are x meters larger or x meters smaller than the known wave.
(λ2) ±(λ12)/[(Vs)(t1+2)] "
So I am a loser...
"The goal of this is to find out the wavelength of one sound-wave with a fairly high accuracy by using a combination of a wave of a known wavelength and the unknown wave. From my experience, sound waves which are very close to each other in frequency and which are sounding at the same time end up creating a third pulsating noise. This pulsating noise is due to the additive property of the waves (when waves “sync up” with each other, they add to each other and increase in amplitude). Using the time of the period of the addition of the unknown wave and the known wave, one can find the wavelength of the unknown wave to some accuracy.
Vs=Speed of sound
λ1= Wavelength of the known wave
λ2= Wavelength of the unknown wave
t1+2= Period of combination of λ1 and λ2
W1= Known wave
W2= Unknown wave
First, find how many cycles of W1 happen in t1+2
(Vs)(t1+2)/( λ1)=Cycles of W1 per period of t1+2
Now, we know that (if W2 is slightly smaller thanW1) the unknown wave will be x meters smaller than the known wave. Therefore, we know that (x)(the number of cycles in wave W1 over t1+2)=(wavelength of the known wave). Therefore, (Wavelength of the known wave)/(number of cycles in wave W1 over t1+2)=x
(λ1)/[((Vs)(t1+2))/ (λ1)]
Which is equivalent to
λ12/[(Vs)(t1+2)]
This gives us the “x”, the difference between the λ of the known wave and the unknown wave. Both waves will interact the same if they are x meters larger or x meters smaller than the known wave.
(λ2) ±(λ12)/[(Vs)(t1+2)] "
So I am a loser...
Sunday, September 07, 2008
College is amazing. Here are the things I will do this year:
Join the Ultimate team (done)
Hike the tallest mountain in Maine (done)
Hike the tallest mountain in Maine in the winter
Go on a back-country ski trip
learn how to telemark
Do the puddle jump (jump into a hole in a frozen pond)
win a ski race
join the downhill ski racing club (this one should go before win a ski race)
find someone who will talk to me more than I talk to them
Get an "A" in a hard class
Have more than 2 beers. (Maybe not?)
go skydiving (a longshot-although there is a skydiving club)
sled with my friends
Travel with the ski club
Join Outdoor Track
Join a sports team that I have never played on before
pull an all-nighter (not that I want to...)
HAVE FUN
and....a lot more
So, basically, although I may miss High School, college is cool. A lot of work, but cool.
BATES COLLEGE
NO PARENTS
Join the Ultimate team (done)
Hike the tallest mountain in Maine (done)
Hike the tallest mountain in Maine in the winter
Go on a back-country ski trip
learn how to telemark
Do the puddle jump (jump into a hole in a frozen pond)
win a ski race
join the downhill ski racing club (this one should go before win a ski race)
find someone who will talk to me more than I talk to them
Get an "A" in a hard class
Have more than 2 beers. (Maybe not?)
go skydiving (a longshot-although there is a skydiving club)
sled with my friends
Travel with the ski club
Join Outdoor Track
Join a sports team that I have never played on before
pull an all-nighter (not that I want to...)
HAVE FUN
and....a lot more
So, basically, although I may miss High School, college is cool. A lot of work, but cool.
BATES COLLEGE
NO PARENTS
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