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Crossword Puzzle
Crossword Puzzle

Aliran Cairan dalam Pipa

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Aliran Cairan dalam Pipa
 

Crossword Puzzle

Aliran Cairan dalam PipaOnline version

fluida ideal dan Persamaan Kontinuitas

by Desma Prihatini
1

Massa jenis (densitas) fluida dianggap konstan di setiap titik dan tidak berubah meskipun mendapat tekanan. Volume fluida tidak menyusut atau memuai.

2

Fluida dianggap tidak memiliki kekentalan (viskositas = nol). Artinya, tidak ada gaya gesekan internal antara lapisan-lapisan fluida saat mengalir. Akibatnya, tidak ada energi yang hilang akibat gesekan.

3

Kecepatan aliran di suatu titik tertentu adalah konstan terhadap waktu (tidak berubah-ubah seiring waktu), meskipun kecepatan bisa berbeda di titik yang lain.

4

Partikel-partikel fluida mengalir sepanjang lintasan yang teratur dan tidak berputar (tidak mengalami vortisitas). Setiap partikel hanya bergerak translasi tanpa rotasi. Garis-garis aliran (streamline) tidak saling berpotongan dan berbentuk rapi.

5

Garis-garis aliran tidak saling berpotongan dan berbentuk rapi.

2
5
1
3
1

laju aliran fluida melalui penampang per satuan waktu.

2

seberapa cepat partikel fluida bergerak pada suatu titik.

3

ukuran bidang melintang penampang tempat fluida mengalir.

4

dorong per satuan luas yang bekerja pada fluida.

5

gerak cairan melalui pipa atau celah karena beda tekanan.

6

hukum fisika yang menyatakan hubungan antara luas penampang dan kecepatan agar aliran tetap konstan.

7

kemampuan kanal menampung volume cairan pada interval waktu tertentu.

8

kejadian saat permukaan tanah meluap karena kelebihan aliran.

3
8
2
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1
 
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