Team Olimpiade Astronomi dan Fisika Daerah Karawang

Di Pimpin Oleh:

Angga Fuja Widiana

Mahasiswa Pendidikan Fisika, FPMIPA Universitas Pendidikan Indonesia

dan

Kandidat Kuat Mahasiswa di Universitas Tokyo Jepang

Visi

Mengantarkan Siswa-Siswa Daerah Karawang Menjuarai Ivent-ivent Astronomi dan Fisika

Baik di Tingkat Nasional dan Internasional

Misi

1. Pelatihan yang menumbuhkan semangat dan kesadaran

2. Kaderisasi yang Terus-menerus

3. Belajar dan Berlatih tiada henti

4. Menjalin Kerja Sama dengan Daerah lain

5. Istiqomah

Program dan Langkah Strategis:

1. Pembuatan Kurikulum dan pengumpulan data-data Olimpade Astronomi dan Fisika

2. Kerjasama dengan Daerah Lain.

Susunan Organisasi

Penasehat:

Ketua Pelaksana:

Bidang Pembinaan:

Pembinaan Teori:

Pembinaan Experimen:

Asosiasi Alumni:

a. Selamat Datang di Team Olimpiade Astronomi Kota Banjar

b. Ciamis
c. Banten
d. Garut
e. dan Sebagainya.

Fisika.

Fisika (Bahasa Yunani: φυσικός (physikos), "alamiah", dan φύσις (physis), "Alam") adalah sains atau ilmu tentang alam dalam makna yang terluas. Fisika mempelajari gejala alam yang tidak hidup atau materi dalam lingkup ruang dan waktu. Para fisikawan atau ahli fisika mempelajari perilaku dan sifat materi dalam bidang yang sangat beragam, mulai dari partikel submikroskopis yang membentuk segala materi (fisika partikel) hingga perilaku materi alam semesta sebagai satu kesatuan kosmos.

Beberapa sifat yang dipelajari dalam fisika merupakan sifat yang ada dalam semua sistem materi yang ada, seperti hukum kekekalan energi. Sifat semacam ini sering disebut sebagai hukum fisika. Fisika sering disebut sebagai "ilmu paling mendasar", karena setiap ilmu alam lainnya (biologi, kimia, geologi, dan lain-lain) mempelajari jenis sistem materi tertentu yang mematuhi hukum fisika. Misalnya, kimia adalah ilmu tentang molekul dan zat kimia yang dibentuknya. Sifat suatu zat kimia ditentukan oleh sifat molekul yang membentuknya, yang dapat dijelaskan oleh ilmu fisika seperti mekanika kuantum, termodinamika, dan elektromagnetika.

Fisika juga berkaitan erat dengan matematika. Teori fisika banyak dinyatakan dalam notasi matematis, dan matematika yang digunakan biasanya lebih rumit daripada matematika yang digunakan dalam bidang sains lainnya. Perbedaan antara fisika dan matematika adalah: fisika berkaitan dengan pemerian dunia material, sedangkan matematika berkaitan dengan pola-pola abstrak yang tak selalu berhubungan dengan dunia material. Namun, perbedaan ini tidak selalu tampak jelas. Ada wilayah luas penelitan yang beririsan antara fisika dan matematika, yakni fisika matematis, yang mengembangkan struktur matematis bagi teori-teori fisika.

Astronomi, yang secara etimologi berarti "ilmu bintang" (dari Yunani: άστρο, + νόμος), adalah ilmu yang melibatkan pengamatan dan penjelasan kejadian yang terjadi di luar Bumi dan atmosfernya. Ilmu ini mempelajari asal-usul, evolusi, sifat fisik dan kimiawi benda-benda yang bisa dilihat di langit (dan di luar Bumi), juga proses yang melibatkan mereka.

Selama sebagian abad ke-20, astronomi dianggap terpilah menjadi astrometri, mekanika langit, dan astrofisika. Status tinggi sekarang yang dimiliki astrofisika bisa tercermin dalam nama jurusan universitas dan institut yang dilibatkan di penelitian astronomis: yang paling tua adalah tanpa kecuali bagian 'Astronomi' dan institut, yang paling baru cenderung memasukkan astrofisika di nama mereka, kadang-kadang mengeluarkan kata astronomi, untuk menekankan sifat penelitiannya. Selanjutnya, penelitian astrofisika, secara khususnya astrofisika teoretis, bisa dilakukan oleh orang yang berlatar belakang ilmu fisika atau matematika daripada astronomi.

Astronomi adalah salah satu di antara sedikit ilmu pengetahuan di mana amatir masih memainkan peran aktif, khususnya dalam hal penemuan dan pengamatan fenomena sementara. Astronomi jangan dikelirukan dengan astrologi, ilmusemu yang mengasumsikan bahwa takdir manusia dapat dikaitkan dengan letak benda-benda astronomis di langit. Meskipun memiliki asal-muasal yang sama, kedua bidang ini sangat berbeda; astronom menggunakan metode ilmiah, sedangkan astrolog tidak.

Organisasi Dalam Negri

• Departemen Astronomi Institut Teknologi Bandung
• Observatorium Bosscha
• Lembaga Penerbangan dan Antariksa Nasional

Organisasi Internasional

• International Astronomical Union
• American Association of Variable Star Observers
• Durham Region Astronomical Association
• National Optical Astronomy Observatories
• North York Astronomical Association
• Royal Astronomical Society of Canada
• Royal Astronomical Society (UK)
• Czech Astronomical Society
• Herzberg Institute of Astrophysics
• Saint Louis Astronomical Society
• Cassini Imaging Laboratory
• Open Encyclopedia Project

Referensi

• Encyclopedia of Astronomy and Astrophysics
• Los Alamos Astrophysics e-Print Database
• Astronomy Picture of the Day
• Bruce Medalists (annual astronomical award since 1898)
• Islamic and Arab Astronomy
• (id) Kamus Istilah Astronomi

Catatan kaki

1. ^ J. Voute (1933). "Description of the Observatory". Annalen v. d. Bosscha-sterrenwacht 1: A 14.

Karawang English Club

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dan

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Program-Program

Special For TOEFL Pereparation

Test Of English as a Foreign Language disingkat TOEFL adalah ujian kemampuan berbahasa Inggris (logat Amerika) yang diperlukan untuk mendaftar masuk ke kolese (college) atau universitas di Amerika Serikat atau negara-negara lain di dunia. Ujian ini sangat diperlukan bagi pendaftar atau pembicara yang bahasa ibunya bukan bahasa Inggris. Ujian TOEFL ini diselenggarakan oleh kantor ETS (Educational Testing Service) di Amerika Serikat untuk semua peserta tes di seluruh dunia.

Here are some tips which may help you to master the English Language!

1. Speak without Fear

The biggest problem most people face in learning a new language is their own fear. They worry that they won’t say things correctly or that they will look stupid so they don’t talk at all. Don’t do this. The fastest way to learn anything is to do it – again and again until you get it right. Like anything, learning English requires practice. Don’t let a little fear stop you from getting what you want.

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Only by studying things like grammar and vocabulary and doing exercises, can you really improve your knowledge of any language.

8. Do Exercises and Take Tests

Many people think that exercises and tests aren’t much fun. However, by completing exercises and taking tests you can really improve your English. One of the best reasons for doing lots of exercises and tests is that they give you a benchmark to compare your future results with. Often, it is by comparing your score on a test you took yesterday with one you took a month or six months ago that you realize just how much you have learned. If you never test yourself, you will never know how much you are progressing. Start now by doing some of the many exercises and tests on this site, and return in a few days to see what you’ve learned. Keep doing this and you really will make some progress with English.

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10. Listen to English

By this, we mean, speak on the phone or listen to radio broadcasts, audiobooks or CDs in English. This is different than watching the television or films because you can’t see the person that is speaking to you. Many learners of English say that speaking on the phone is one of the most difficult things that they do and the only way to improve is to practice.

Finally

Have fun!