*Heartbeat*

can you feel my heartbeat

niga jitbalbgo ddeonan shimjangi
ajikdo ddwigo issuh
geugutdo neoleul hyanghae

ijeulyeogo amooli nolyukhaebwado
saelowoon saramdeuleun amoori mannabado
gaesok dashi ddo dashi dolaseomyun wae ni senggakman naneunji
an hallae geuman hallae
amoori nae jashineul dallaego ddo dallae bwado
amoo soyoungi ubssuh nae shimjangi gojangna bulyusseo wae

wae ajikdo naneun ilun babo gateun jisheul haneunji
meolilon algetneundae gaseumeun wae ji mamdaelonji
nuleul jabgo nochileul mot hae jigeumdo niga na eh gyuttae
itneun gut gattae ibyuleul mitji mot hae

nogool mannado maeum sok han gotseun yulji mot hago gaesok ni jalil biweonwa
ol liga ubneundae oljido moleundago wae mitneunji gaseumi wae maleul an deutni

listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
ggeutnatdaneun gul ajikdo molla wae ileoneunji ihaega an ga
listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
nuh eh senggakae ajikdo apa gaseumi ddwilddae mada senggakna

ijeoya hae ijeoya salsoo issuh
jiweo beolyuh yaman hae an geulyeomyun naega jooguh
stop trying to get her back. she ain't coming.
she's gone, gotta be moving on
gassuh ji ana geunyun ni senggak haji ana

geunyuh neun naega gidalineun gul junhyuh moleun chae jal salgo issuh
geunyuh neun imi nal ijussuh wanjunhi jiwussuh wae naneun geuleokae mot hani

listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
ggeutnatdaneun gul ajikdo molla wae ileoneunji ihaega an ga
listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
nuh eh senggakae ajikdo apa gaseumi ddwilddae mada senggakna

my heart is beating faster and faster (x4)


TRANSLATIONS

*Heartbeat*

can you feel my heartbeat

the heart that you stepped all over and left
is still beating. and it's beating for you

no matter how hard i try to forget
no matter how many new people i meet
why do i keep thinking of only you when i turn around
i don't want to do this anymore. i want to stop.
no matter how many times i try and try to stop myself
it's no use. my heart is broken. why

why do i keep doing such foolish things
i know in my head, but why is my heart rebelling
i'm holding on to you and can't let go.
it still feels like you're next to me.
i can't believe in farewell

no matter who i meet, i can't open up one part of my heart and i keep your place empty
there's no reason for you come back, but why do i keep thinking that you might come back
why isn't my heart listening

listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
don't i know that it's over. i don't understand why i'm like this
listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you
it still hurts thinking of you. i think of you every time my heart beats

i have to forget. i have to forget in order to live
i have to erase it. if i don't, i'll die
stop trying to get her back. she ain't coming
she's gone, gotta be moving on
she left. she won't come back. she doesn't think of you.

she doesn't know that i'm waiting for her, she's doing well
she already forgot about me, totally erased me.
why can't i do that

listen to my heartbeat. it's beating for you
listen to my heartbeat. it's waiting for you

my heart is beating faster and faster (x4)

watta project in physics!!!!

Archimedes’ principle


ARCHIMEDES, a Greek philosopher, studied about buoyancy. According to a legend, Archimedes was asked by king Hieron of Syracuse to determine whether his crown was made of pure gold or mixed with a less expensive metal. Thos was so big task for Archimedes that he was thinking of it all the time. He found the answer while he was taking a bath in the tub. Because of his great excitement, he ran in the streets shouting “EUREKA” , a great word meaning of “I found it”. He performed experiments and calculations and came up with what is now called “ARCHIMEDES PRINCIPLE”
“The buoyant force of fluid on an object is equal to the weight of fluid the object is displaces”.

Archimedes’ principle applies to object that sink or float. An object sinks if its weight is greater than the buoyant force, however, it floats if its weight is less than buoyant force.