폭풍 (Storm) - SG 워너비

This is a song by SG Wannabe. It's an awesome song as well. This is the website where I found it:
http://www.cix.co.kr/kr/lyrics_show.html?Singer=23231&Album=1&No=208174
작사 : Unknown
작곡 : Unknown
편곡 : Unknown

일년이 지나도 똑같아 너의 기억은 내 두 눈에 살아
머리는 자꾸만 나빠져도 너 하나만 기억해

어제를 사는것만 같아 니가 꼭 내 곁에 올것만 같아
오늘은 너를 꼭 잊어야지 오늘은 잊어야지

사랑 하나면 돼 너만 있으면 돼
그 이유만으로 나 살면 돼
죽을만큼 아프고 힘이 들어도 너만 있으면 돼

그 누구보다 난 내 삶보다 너 하나만 지켜주고
싶은데 너만 괜찮다면 너만 웃어주면 사랑하고 싶어

너 하나 잊으려 해봐도 가슴이 널 잊지 못하게 하고
한숨은 또 내 것이 되나봐 그게 내 사랑이야

사랑 하나면 돼 너만 있으면 돼
그 이유만으로 나 살면 돼
죽을만큼 아프고 힘이 들어도 너만 있으면 돼

그 누구보다 난 내 삶보다 너 하나만 지켜주고
싶은데 너만 괜찮다면 너만 웃어주면 사랑하고 싶어

너의 이름을 부를때면 자꾸 눈물이 흘러서
사는 동안 잊지 못할까봐

버려도 자라는 그리움에 나도 지쳐만 가

보내고 싶어 다 잊고 싶어 살아가는 동안 힘들겠지만

너로 눈부셨던 너무 행복했던 추억이 있잖아
I can read Korean, 'cause I learnt it from Lucario, my older cyborg brother. Deal with it!

Beautiful Soul - Jesse McCartney

This song is awesome, as well as Numb (by Linkin Park). I got the lyrics!!1
Other lyrics can be found in www.lyricsmania.com.
I'm gonna put Numb lyrics too. Later.

Chorus:

I don't want another pretty face
I don't want just anyone to hold
I don't want my love to go to waste
I want you and your beautiful soul
You're the one I want to chase
You're the one I want to hold
I won't let another minute go to waste
I want you and your beautiful soul

I know that you are something special
To you I'd be always faithful
I want to be what you always needed
Then I hope you'll see the heart in me

Chorus

Your beautiful soul, yeah

You might need time to think it over
But I'm just fine moving forward
I'll ease your mind
If you give me the chance
I will never make you cry, c'mon let's try

Chorus

Am I crazy for wanting you
Baby do you think you could want me too
I don't waste your time
Do you see things the way I do
I just want to know that you feel it too
There is nothing left to hide

Chorus 2X

Your beautiful soul, yeah
[ Beautiful Soul Lyrics on http://www.lyricsmania.com/ ]

Hi again...

Sorry I had too much homework to do... >_<;;; Anyways, I saw loads of funny comics online, here's one of the funny pics:

Yay choco bunnehs!!! XD

Hello again!!! XD

Man, it's been such a long time since I've posted, so Hi again!!!
I don't have any science stuff to post, sorry... So I'm using this as an opportunity to post random stuff up!!! Yay!!! XD
So, yea, nowadays, I'm kind of an anime fan now. I currently like 'Naruto', 'Black Cat', 'Kanokon' and some others, but my most favorite is 'Naruto'! I like Uzumaki Naruto the best, cause he's awesome. Here's Uzumaki Naruto:

Man, he's just so damn cute when he's eating his favorite food, ramen, here! XD Here's a picture of him in 'Naruto Shippuden':

Sweet! I mean, look at him, he's just so smexy!! LOL

PS I'm sorry if any of your art is posted here, they're all just so cool! No hard feelings... X3

Intro to Machines

Machines: the basics

A FORCE is a push or a pull that can cause and object to move or change direction. We measure force in NEWTONS (N), which tells us how much effort is being applied in a specific direction.

One example of a force is GRAVITY, which pulls us towards Earth. Gravity is a force that attracts all objects with MASS (i.e.everything!). Our mass is simply how much matter (stuff) we are made of and can be measured in KILOGRAMS (kg). This never changes, unless you add bits on or take them off.

Gravity gives us WEIGHT, which is measured in N or kg. On Earth, our mass and our weight are the same. However, if we go somewhere where gravity is different, our mass stays the same but our weight changes. The same things happens if you put an object in water - the mass doesn’t change, but the upwards force of the water makes the object seem lighter.

a. How many kilograms (kg) are equal to one Newton (N) on Earth?

100 grams are 1 Newton, so 1kg is 10 N.

To make an object move, we must apply a force. We call this EFFORT.

b. What unit do we use to measure effort?

Newtons, maybe?

Sometimes, the effort required to carry out a task is too much - but because we are human geniuses, we can use machines to help us.

c. In what three ways can machines change a force?

- Change the size of a force, e.g - car jack.

- Change the direction, e.g - curtain cord.

- Change the speed, e.g - eggbeater.

d. There are three main types of machines:

- Simple machines, which do one thing, such as levers, inclined planes, wheels or gears.

- Complex machines, which has 2 or more simple machines, like a bike.

- Engines, or powered machines, like cars.

My reflection on the Ecology unit (with great news!)

1. Short Reflection on the Ecology unit

Before I let you read this, I got great news; I'm back in action! Mr. T had some more blog stuff till the end of the semester, so that's great!

- What did you enjoy about the unit?

I enjoyed blogging about some questions, 'cause it's really FUN! Some kids don't think so, but I love this kind of stuff!

- What do feel proud of achieving?

I achieved a lot of good blog comments (sometimes not, some little kids commented on my post with MY name! Freaks...). I also achieved a good score in the test & overall results.

- What activities helped you learn the most? What about the least?

The blog stuff, and the Ecology song. Man, I love the tune, but the lyrics are okay. Ecology is scientific study~...

- How do you plant to improve your learning in future?

I'll maybe take some notes (sometimes, that's not so easy...) and revise some stuff. Oh yeah, I'll ask if I'm not sure about stuff, or find out.

Worm & Anti-worm Tanks

One of the projects that some groups did other than the decomposition chambers are the worm and anti-worm tanks. This was also to see which tank would rot faster.
This is the Worm tank (the tank with the earthworms):














And this is the Anti-worm tank:














The differences that can be easily seen are that the layers of the worm tank are more shallow than the anti-worm tank, as well as the anti-worm tank decomposing more slower than the worm tank. This is the result I expected, because worms are a decomposer themselves, and with the extra decomposers, the worm tank rots more faster than the anti-worm tank.

This is the result:

Worm tank before - Total = 15cm; leaf layer = 25cm; compost layer = 17cm; soil layer = 5cm.

Worm tank after - Total = 15cm; leaf layer = 15m; compost layer = 9.5 cm; soil layer = 5.3cm.

Anti-worm before: Total = 26cm; leaf layer = 26cm; compost layer = 19cm; soil layer = 5cm.

Anti-worm after: Total = 19cm; leaf layer = 19cm; compost layer = 15cm; soil layer = 5cm.

Or, if you’re more visual, here are the results as a graph:

The reason why the soil layer in the worm tank has increased is because of the worms; worm poo is like good quality soil. The anti-worm tank doesn't have any worms, so the soil layer didn't increase. Worms eat compost more better than leaves, so that's why the leaf layer didn't decrease and only the compost layer decreased and the soil layer increased (because of the poo). Leaves are big, so they're a bit too hard to digest (even worms & bacteria are picky sometimes). Even if there aren't any decomposers seen, there are still some bacteria which can help in the decomposition process, so that's why the anti-worm tanks have decreased layers too, but not as much as worms.

This is my last science post for Riolu's blog world, I guess. T.T so sad...