INTEGRATED SCIENCEAt this moment, trillions of cells in your body are  terjemahan - INTEGRATED SCIENCEAt this moment, trillions of cells in your body are  Bahasa Indonesia Bagaimana mengatakan

INTEGRATED SCIENCEAt this moment, t

INTEGRATED SCIENCE
At this moment, trillions of cells in your body are hard at work turning the chemical energy of the food you ate yesterday into chemical energy that will keep you alive today. Energy in the atmosphere generate sweeping winds and powerful storms, while the ocean’s energy drives mighty currents and incessant tides. Meanwhile, deep within Earth, energy in the form of heat is moving the continent on which you are standing.
All situations where energy is expended have one thing in common. If you look at the event closely enough, you will find that in accord with Newton’s laws of motion, a force is being exerted on an object to make it move. When your car burns gasoline, the fuel’s energy ultimately turns the wheels of your car, which then exert a force on the road, the road exerts an equal and opposite force on the car, pushing it forward. When you climb the stairs, your muscles exert a force that lifts you upward against gravity. Even in your body’s cells, a force is exerted on molecules in chemical reactions. Energy thus is intimately connected with the application of a force.
In everyday conversation we speak of someone having lots of energy, but in science the term energy has a precise definition that is somewhat different from the ordinary meaning. To see what scientists mean when they talk about energy, we must first introduce the familiar concept of work.
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INTEGRATED SCIENCEAt this moment, trillions of cells in your body are hard at work turning the chemical energy of the food you ate yesterday into chemical energy that will keep you alive today. Energy in the atmosphere generate sweeping winds and powerful storms, while the ocean’s energy drives mighty currents and incessant tides. Meanwhile, deep within Earth, energy in the form of heat is moving the continent on which you are standing. All situations where energy is expended have one thing in common. If you look at the event closely enough, you will find that in accord with Newton’s laws of motion, a force is being exerted on an object to make it move. When your car burns gasoline, the fuel’s energy ultimately turns the wheels of your car, which then exert a force on the road, the road exerts an equal and opposite force on the car, pushing it forward. When you climb the stairs, your muscles exert a force that lifts you upward against gravity. Even in your body’s cells, a force is exerted on molecules in chemical reactions. Energy thus is intimately connected with the application of a force.In everyday conversation we speak of someone having lots of energy, but in science the term energy has a precise definition that is somewhat different from the ordinary meaning. To see what scientists mean when they talk about energy, we must first introduce the familiar concept of work.
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TERPADU ILMU
Saat ini, triliunan sel dalam tubuh Anda bekerja keras mengubah energi kimia dari makanan yang Anda makan kemarin menjadi energi kimia yang akan membuat Anda hidup hari ini. Energi di atmosfer menghasilkan menyapu angin dan badai kuat, sementara energi laut yang mendorong arus perkasa dan pasang gencarnya. Sementara itu, jauh di dalam bumi, energi dalam bentuk panas bergerak benua di mana Anda berdiri.
Semua situasi di mana energi yang dikeluarkan memiliki satu kesamaan. Jika Anda melihat acara tersebut cukup dekat, Anda akan menemukan bahwa sesuai dengan hukum Newton tentang gerak, gaya yang sedang bekerja pada sebuah benda untuk membuatnya bergerak. Ketika mobil Anda membakar bensin, energi bahan bakar pada akhirnya ternyata roda mobil Anda, yang kemudian mengerahkan kekuatan di jalan, jalan diberikannya kekuatan yang sama dan berlawanan pada mobil, mendorongnya ke depan. Ketika Anda menaiki tangga, otot-otot Anda memberikan gaya yang mengangkat Anda ke atas melawan gravitasi. Bahkan dalam sel-sel tubuh Anda, gaya yang bekerja pada molekul dalam reaksi kimia. Energi sehingga erat dengan penerapan gaya.
Dalam percakapan sehari-hari kita berbicara tentang seseorang yang memiliki banyak energi, tapi dalam ilmu energi jangka memiliki definisi yang tepat yang agak berbeda dari arti biasa. Untuk melihat apa yang para ilmuwan berarti ketika mereka berbicara tentang energi, pertama kita harus memperkenalkan konsep akrab pekerjaan.
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