I want to major in psychology... I want to be a therapist for teens.
I think that i can help them in a variety of ways...and i would be really good at it.
I am a really good listener, even though sometimes i have selective hearing..haha
I believe that this would be a great job for me...and i would really enjoy it.
I want to go to the University of Texas in Austin.
Thursday, December 4, 2008
will this be the end...?
IM not sure if we should be scared or not. We haven't been hit yet, but this is 26,000 years later... when everything lines up. No one was around to know what happend 26,000 years ago? So i think the world may very well end on December 21, 2012....Thats what i have believed for a long time. It kind of all makes sense, but then again, Ma Powell says it wont. So..i might have to take your word for it!!
Asteroids...be scared or not?
Honestly i think we should be concerned. If we know ahead of time we can get all the people evacuated and away safely! The human race can't end...thats just not a good thing. We could completly avoid the affects of a shoemaker levy 9 asteroid because if we know it's coming, we could possibly destroy it or at least get people to safety. But then again, a football sized asteroid is a threat to the earth every million years...im not sure we could destroy an even bigger asteroid if we can't do anything about that one. Then...the human race would be gone..and...yeah. that would suck.
Pangea-means one land, scientist believe that the continents were once one big land mass
Sea floor spreading- two sea floors are spreading apart makes the ocean bigger.
Plate boundries- the edges of the plates
The ring of fire-where all of the volcanoes are
The mid-ocean ridge-the biggest maountain range in the world, tallest, and it's underground
Shifting north and south pole-north and south pole switch once every 100,000 years don't know why
Extinct volcanoes on the moon tell us that the moon's crust isn't moving
Active volcanoes on mars tell us that the crust is still moving
Dubo-shifts 4.26 mm a year
HILO-35.77mm year
KELY-11.23mm a year
HOFN-14.87 mm a year
Tells us they are slowly moving
Rotation of the earth-caused the earth to wobble slightly on it's axes, also shortened the day by 2.6 micro seconds
Shape of the earth - The momentum of the water displaced by tectonic uplift had also dragged massive slabs of rock, each weighing millions of tons, as far as 10 km (7 mi) across the seabed
Shape of ocean where it originated there was a sudden vertical rise in the sea bed.
Energy released-the same as 26.3 megatons of tnt.
Three pieces of evidence for his idea for plate techtonics
1.The continents fit together like a puzzle
2. Found fossils of animals that couldnot have survived unless the contenents were connected
3. Found fossils of tropical plants in antarctica
Sea floor spreading- two sea floors are spreading apart makes the ocean bigger.
Plate boundries- the edges of the plates
The ring of fire-where all of the volcanoes are
The mid-ocean ridge-the biggest maountain range in the world, tallest, and it's underground
Shifting north and south pole-north and south pole switch once every 100,000 years don't know why
Extinct volcanoes on the moon tell us that the moon's crust isn't moving
Active volcanoes on mars tell us that the crust is still moving
Dubo-shifts 4.26 mm a year
HILO-35.77mm year
KELY-11.23mm a year
HOFN-14.87 mm a year
Tells us they are slowly moving
Rotation of the earth-caused the earth to wobble slightly on it's axes, also shortened the day by 2.6 micro seconds
Shape of the earth - The momentum of the water displaced by tectonic uplift had also dragged massive slabs of rock, each weighing millions of tons, as far as 10 km (7 mi) across the seabed
Shape of ocean where it originated there was a sudden vertical rise in the sea bed.
Energy released-the same as 26.3 megatons of tnt.
Three pieces of evidence for his idea for plate techtonics
1.The continents fit together like a puzzle
2. Found fossils of animals that couldnot have survived unless the contenents were connected
3. Found fossils of tropical plants in antarctica
Saturn
http://www.youtube.com/watch?v=5mTsBlf-zFM
http://www.youtube.com/watch?v=Nu7js5--Yk0
-Has a hexagon in North Pole with 6 equally straight sides
- 6th planet from the sun
- In constellation Leo
- .07 magnitude brightness
- 19.8 Arc Seconds across
http://www.youtube.com/watch?v=Nu7js5--Yk0
-Has a hexagon in North Pole with 6 equally straight sides
- 6th planet from the sun
- In constellation Leo
- .07 magnitude brightness
- 19.8 Arc Seconds across
The Rest of the Moons
a( Periods of the four moons
b( The graphical pictures attained
c( Difficulty gallileo had seeing it
c( How mini system helped gallileo form heliocentric views
Lo takes 25 days to travel around jupiter, Europa takes 3 days to travel around, Ganymede takes 7 days, and Callisto takes 15 days
Thy graphics, like the wave lengths, show the shape of the orbits, the more symmetric the wavelengths the more circular the orbits are. To gallileo, it would have looked like the moons were just moving back and forth. seeing the moons go around jupiter gave the idea to gallileo that a solar system could revolve around the sun.
b( The graphical pictures attained
c( Difficulty gallileo had seeing it
c( How mini system helped gallileo form heliocentric views
Lo takes 25 days to travel around jupiter, Europa takes 3 days to travel around, Ganymede takes 7 days, and Callisto takes 15 days
Thy graphics, like the wave lengths, show the shape of the orbits, the more symmetric the wavelengths the more circular the orbits are. To gallileo, it would have looked like the moons were just moving back and forth. seeing the moons go around jupiter gave the idea to gallileo that a solar system could revolve around the sun.
Jupiter's Moon
Callistio is the furthest moon from jupiter. We can tell because it has the highest waves and also has a very circular orbit. The way i can tell is because the wave shapes are very even.
Lo is the closest moon to jupiter. We can tell because the wavelengths are very short. It's orbit is not circular because the wavelengths are sparratic.
Lo is the closest moon to jupiter. We can tell because the wavelengths are very short. It's orbit is not circular because the wavelengths are sparratic.
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