EBooks22229
- Arts & Culture 5879
- Books in Foreign Languages 215
- Business & Economics 4528
- Computers 2232
- Dictionaries & Encyclopedias 650
- Education & Science 94543
- Abstracts 1135
- Astrology 12
- Astronomy 13
- Biology 31
- Chemistry 3940
- Coursework 3955
- Culture 28
- Diplomas 2512
- Drawings 1490
- Ecology 28
- Economy 336
- English 1177
- Entomology 2
- Ethics, Aesthetics 22
- For Education Students 26867
- Foreign Languages 118
- Geography 20
- Geology 17
- History 310
- Maps & Atlases 36
- Mathematics 14368
- Musical Literature 7
- Pedagogics 234
- Philosophy 189
- Physics 15229
- Political Science 123
- Practical Work 119
- Psychology 472
- Religion 44
- Russian and culture of speech 101
- School Textbooks 69
- Sexology 69
- Sociology 48
- Summaries, Cribs 726
- Tests 19350
- Textbooks for Colleges and Universities 532
- Theses 190
- To Help Graduate Students 19
- To Help the Entrant 109
- Vetting 423
- Works 59
- Информатика 14
- Engineering 3311
- Esoteric 959
- Fiction 3287
- For Children 424
- House, Family & Entertainment 2542
- Law 2826
- Medicine 1169
- Newspapers & Magazines 342
- Security 287
- Sport, Tourism 1006
- Website Promotion 655
Determine the flow rate of mineral oil (density ρ = 880
Sold: 0
Uploaded:
04.09.2019
Content: Doc1.docx 19,57 kB
Content: Doc1.docx 19,57 kB
Product description
Determine the flow rate of mineral oil (density ρ = 880 kg / m3, kinematic viscosity v = 10 10-4 m2 / s) when it flows into the atmosphere through a round hole with a diameter d = 2 cm from a reservoir in which the pressure is (excess) p = 5 105 N / m2.
Buy and download a ready-made solution.
Product Content: task solution in Word format.