Penawar Letih - The Rain (Official Video)

OMI Cheerleader (Felix Jaehn Remix)

"Cheerleader (Felix Jaehn Remix)"

[Verse 1:]
When I need motivation
My one solution is my queen
'Cause she stays strong
Yeah, yeah
She is always in my corner
Right there when I want her
All these other girls are tempting
But I'm empty when you're gone
And they say

[Pre-hook:]
Do you need me?
Do you think I'm pretty?
Do I make you feel like cheating?
And I'm like no, not really 'cause

[Hook:]
Oh, I think that I've found myself a cheerleader
She is always right there when I need her
Oh, I think that I've found myself a cheerleader
She is always right there when I need her

[Verse 2:]
She walks like a model
She grants my wishes
Like a genie in a bottle
Yeah, yeah
'Cause I'm the wizard of love
And I got the magic wand
All these other girls are tempting
But I'm empty when you're gone
And they say

[Pre-hook:]
Do you need me?
Do you think I'm pretty?
Do I make you feel like cheating?
And I'm like no, not really 'cause

[Hook:]
Oh, I think that I've found myself a cheerleader
She is always right there when I need her
Oh, I think that I've found myself a cheerleader
She is always right there when I need her

[Instrumental break]

[Bridge:]
She gives me love and affection
Baby, did I mention
You're the only girl for me
No, I don't need a next one
Mama loves you too
She thinks I made the right selection
Now all that's left to do
Is just for me to pop the question

[Hook:]
Oh, I think that I've found myself a cheerleader
She is always right there when I need her
Oh, I think that I've found myself a cheerleader
She is always right there when I need her 

facebook : https://www.facebook.com/amat.gemini1
Website  : amatsajo@gmail.com

Siklus Air (Siklus Hidrologi)
Air di permukaan bumi selalu mengalami perputaran. Jumlah air di bumi tetap dan selalu bergerak dalam peredarannya. Peredaran air ini disebut siklus hidrologi, siklus air atau daur hidrologi.
Siklus hidrologis dapat dibedakan menjadi tiga macam, yakni sebagai berikut:
1. Siklus pendek
Air laut menguap, terjadi kondensasi lalu menjadi awan dan akhirnya jatuh hujan dan kembali ke laut lagi.
2. Siklus menengah
Air laut menguap, terjadi kondensasi lalu dibawa angin ke daratan, membentuk awan, dan akhirnya jatuh menjadi hujan, masuk ke selokan, tanah, sungai, lalu kembali ke laut.
3. Siklus panjang
Air laut menguap menjadi gas kemudian membentuk kristal-kristal es di atas laut, kristal-kristal es tersebut dibawa angin ke daratan dan jatuh sebagai salju, membentuk gletser, mengalir ke sungai lalu kembali ke laut lagi.
Adapun unsur-unsur utama (komponen) yang terjadi dalam proses siklus hidrologi, adalah sebagai berikut:
1. Evaporasi, yaitu penguapan dari benda-benda abiotik dari air menjadi gas. Sekitar 95.000 mil kubik air menguap ke angkasa setiap tahunnya. Hampir 80.000 mil kubik menguapnya dari lautan. Hanya 15.000 mil kubik berasal dari daratan, danau, sungai dan lahan yang basah, dan yang paling penting juga berasal dan transpirasi oleh daun tanaman yang hidup.
2. Transpirasi, yaitu pelepasan uap air dari tumbuhan melalui stomata atau mulut daun.
3. Evapotranspirasi, gabungan antara evaporasi dan transpirasi.
4. Kondensasi, proses berubahnya uap air menjadi embun, titik-titik air, salju dan es karena pendinginan.
5. Infiltrasi (Perkolasi), perembesan air ke dalam tanah melalui pori-pori tanah.
6. Aliran permukaan (run off) dan aliran bawah tanah (ground water). air dapat bergerak akibat aksi kapiler atau air dapat bergerak secara vertikal atau horizontal di bawah permukaan tanah hingga air tersebut memasuki kembali sistem air permukaan. Air permukaan, baik yang mengalir maupun yang tergenang (danau, waduk, rawa), dan sebagian air bawah permukaan akan terkumpul dan mengalir membentuk sungai dan berakhir ke laut.
7. Presipitasi, ketika titik-titik air, salju dan es di awan ukurannya semakin besar dan menjadi berat, mereka akan menjadi hujan. Presipitasi pada pembentukan hujan, salju, dan hujan batu (hail) berasal dan kumpulan awan. Awan-awan tersebut bergerak mengelilingi dunia, yang diatur oleh arus udara.
Untuk lebih jelasnya terkait unsur utama pada siklus hidrologi dapat kita lihat pada gambar di bawah ini.

 

wajan bolic

TABLE OF CONTENS

 Chapter 1

          Antecedent....................................................................01

          Background and benefit...............................................02

          Target...........................................................................03

Chapter 2

          Content solutions................................................................................04

          Practice stage steps......................................................05

          Conclusion and suggestion...........................................06

         

         

         

Chapter 1

Antecedent

            Pursuant to Vocational High School curriculum program ( SMK), specially SMK N 1 Hackles of Tapeh Technics student of Computer Network ( TKJ) obliged to execute Praktik Making Of Antenna Frying pan of Bolic in System Network of Wide Area of Network ( WAN). Execution of Praktik adapted for by hour  Iesson of Installation Peripheral Of Jaringan-Wide Area of Network ( IPJ-WAN). Making Of Antenna Frying pan of Bolic the made by class student of XI TKJ with group system. Execution of praktik can be done by after all equipments which  is required in making of frying pan of bolic have made available.

01

A.   Background

 progressively information technology and telecommunications especially internet, hence more and more our society which use the technology. Internet represent one of the technology which is  very be of benefit to human life and nowadays depend on us how exploiting it as well as possible. With existence of frying pan antenna of bolic can water down us to exploit the technology

·        To increase apart reach of wireless LAN needed by antenna; of eksternal with higher level gain of standard antenna

·        antenna; of Eksternal its High Gain price of  costly relative

·        Many goods which is often met in everyday life able to be used to make High Gain antenna by easy to and light expense

B.     Benefit

 In Expecting to benefit student can technological network kan which [in] studying of in  this SMK, as well as will good for their moment enter in  job world wait. As well as useful for everyday life to be student earn incircuit to network of internet swiftly by claiming to is creative is  each student in managing network .

02

C.    Target

·        To know what benefit of frying pan antenna of bolic and know making how to antenna

·        Can add knowledge and knowledge all student 

·        Setling and applying science which have been obtained by during solution of items

03

 Chapter 2

  

 Content Solution

 1) Execution Of Practice

 a. Preparation

             As for Materialss required for the making of Frying pan of Bolic the following

·        USB Wifi Adapter + Cable of USB

·         Frying pan Aluminium Diameter 40 cm 1

·         Pipe of Paralon size measure 3? 30 cm

·        Hubcap Pipe size measure 3

·        Bolt + Nut 3? 2

·         Aluminnium Lacban

·         Cable of UTP

 Peripheral to assemble

·        Hacksaw

·         Forceps + Screwdriver

·        Solder + Tinol

·         Ruler

·        Cutter + Scissors

·         Drilling Machine + Eye Drill 3 inch

04

b. Practice stages steps

1. Measurement

 Before conducting assembling of frying pan of bolik we have to measure first apart focus of frying pan which we use to get position of USB correct wifi

 Picture of III a.I Enumeration of frying pan focus

1. Make hole frying pan, prepare hubcap of pralon 3" which [in] drilling in the middle of. Later;Then hubcap bolt of paralon 3" to frying pan base

 Draw III Frying pan a.II of Bolic visible of front

 Draw III Frying pan a.III of Bolic visible of back

 2. Paralon 3" arranged in layers aluminium lakban as long as 20cm, do not tip of. Leaving over some reckoned from by cm is frying pan focus. Make hole paralon around 5 cm of back part, for the connector of USB WLAN.

 Draw III Pipe a.IV of paralon arranged in layers alumunium lakban

 After arranging in layers pipe of paralon with aluminium lakban, including USB WLAN into pipe of paralon with distance about  5.3 previous measurement cm according  from tip of paralon

3. Hereinafter close pipe of paralon above with hubcap 3 inch

 Draw III a.V Installation of pipe hubcap and of USB WLAN

4. After paired [by] hubcap 3, hereinafter pipe of paralon [in] pairing to hubcap 3 which have been assembling with frying pan of bolik. Ascertaining its position as according to attached USB wifi konektor [at] pipe of paralon.

 Draw III a.VI Installation of paralon to hubcap [in] frying pan

 5. Assembling of Frying Pan antenna; Have all Bolik. Jointing cable of USB which have [in] lengthening with cable of UTP.

 Draw IIIA.VII Antenna; Frying pan of Bolic ready for use

05

1.      CONCLUSION

            We is  science mandapatkan challange frying pan of bolic start from congeniality, process enumeration of length and mencarifokus of paralon and also amenity in course of making of wajanbolic antenna. So that we earn to exploit technology of internet youngly, practical and expense of cheap.

2.      SUGGESTION

 Exploit progress of information technology as well as possible, and create innovation in watering down the technological untukmengakses especially service of internet.

06

Ku kagumi kelemahanmu
Ku cintai semua kekuranganmu
Itu bagiku indah, kau yang tak sempurna
*courtesy of LirikLaguIndonesia.Net
Saat senja datang gantikan siang
Mereka bilang kau malam tanpa bulan
Beda, tak sama, kau yang tak sempurna
Bagiku kau segalanya, murni estetika
Apa yang kau tanam itu yang kau petik
Apa yang kau jalani selalu beri yang terbaik
Impian tentang kau yang tak berbatas
Jauh dari sempurna tapi membekas
Silahkan jadi hakim tuk semua perkara
Keterbatasan ini tulus jalankan cinta
Terhina dalam hati, tersudut karena beda
Kau sosok tak sempurna tapi bermakna
Ku kagumi kelemahanmu
Ku cintai semua kekuranganmu
Itu bagiku indah, kau yang tak sempurna
Serupa bunga tanpa mahkota
Seperti air mineral tanpa O2
Ku telah jauh kembali susunan alam
Menggali artifakmu lebih mendalam
Karena satu untuk alasan walau itu buruk
Ku cinta semua walaupun kau tak berbentuk
Aku seperti plato dalam pemahaman
Dunia indrawi bukan bentuk keindahan
Mungkin kau mengerti, mungkin kau tidak
Masa lalumu seperti gading yang bisa retak
Mungkin kau sadari, mungkin kau tidak
Tapi ku yakin kau tetap yang sempurna
Meski lemah kau tetap hal yang terindah
Kau yang terindah
Meski rapuh kau tetap hal yang terindah
Kau yang tak sempurna
Ku kagumi kelemahanmu
Ku cintai semua kekuranganmu
Itu bagiku indah, kau yang tak sempurna