nama lengkap : renieta anggiany
kelas : XI IPA 3
nis :
TTL : karawang 26 juLi 1993
jenis keLamin : perempuan
agama : isLam
alamat rumah : jl.pramuka no.17 rt.05/22 sadamalun karawang
ho.tlp (HP) : 085719000975
email : renietaanggi@yahoo.co.id
hoby : dancer
riwayat pendidikan.
SD : SDN SUKAMAKMUR 4 TELUKJAMBE
SMP : SMPN 1 KRW
SMA : SMAN Sateljam
keluarga.
ayah :
pekerjaan ayah :
ibu :
pekerjaan ibu : PNS
jumlah kaka : 1
jumlah ade : 1
GELOMBANG LONGITUDINAL
wave which has a vibration direction perpendicular to the direction rambatannya, whether there is a wave that has a vibration direction of the direction of the waves, l. A series of density and strain propagating along the spring. Density is the area where the coil spring toward each other, while the strain is the region where the coil spring menjahui each other. If you analyze the transversal wave has a pattern of peaks and valleys, the longitudinal wave consists of a pattern of density and strain. Wavelength is the distance between successive density or strain, respectively. What is meant here is the distance from the same two points and a sequence of density or strain
There are so many examples of longitudinal waves that occur in everyday life. One example is sound waves in air. Air as the medium of sound wave propagation, docked and stretched along the direction of wave propagation in the air. Unlike the water waves or waves of the rope, the sound waves we can not see using the eye. If someone likes listening to music, he usually play with the volume loud, :-). If you have time try to notice a loudspeaker. Notice the movement of the loudspeaker, it must move back and forth. It will produce vibrations, and vibrations that would result in air density and the strain causing the sound waves. Now we have to know why the sound source must be vibrated, since the vibration of air will form a longitudinal wave that will generate sound waves.
Examples of longitudinal waves:
- Wave at both ends tied slinki on stative then given tease on one end
- Waves of sound in air
The formula of the second wave include the following:
V V = λ f = λ / T
'
Description:
T = wave period
V = wave propagation speed (m / s)
λ = wavelength (m)
f = wave frequen
Ungu – Dirimu Satu
i will always love you kekasihku
dalam hidupku hanya dirimu satu
i will always need you cintaku
selamanya takkan pernah terganti
ku mau menjadi yang terakhir untukmu
ku mau menjadi mimpi indahmu
cintai aku dengan hatimu
seperti aku mencintaimu
sayangi aku dengan kasihmu
seperti aku menyayangimu
i will be the last for you
and you will be the last for me
i will always love you kekasihku
dalam hidupku hanya dirimu satu
ku mau menjadi yang terakhir untukmu
ku mau menjadi mimpi indahmu
cintai aku dengan hatimu
seperti aku mencintaimu
sayangi aku dengan kasihmu
seperti aku menyayangimu
i will be the last for you
and you will be the last for me
i will be the last for you
and you will be the last for me
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