Elementary Principles 2 - 2.7 5320 imp. gal plane h = 1.188...

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2- 2 2.7 63 3 5 5320 imp. gal 14 h 365 d 10 cm 0.965 g 1 kg 1 tonne plane h 1 d 1 yr 220.83 imp. gal 1 cm 1000 g 1000 kg tonne kerosene 1.188 10 plane yr 9 5 4.02 10 tonne crude oil 1 tonne kerosene plane yr yr 7 tonne crude oil 1.188 10 tonne kerosene 4834 planes 5000 planes ×⋅ × =⇒ 2.8 (a) 250 . . lb 32.1714 ft / s 1 lb 32.1714 lb ft / s lb m 2 f m 2 f = (b) 2 2 25 N 1 1 kg m/s 2.5493 kg 2.5 kg 9.8066 m/s 1 N (c) 10 1000 g 980.66 cm 1 91 0 9 ton 1 lb / s dyne 5 10 ton 2.20462 lb 1 g cm / s dynes m 2 -4 m 2 2.9 50 15 2 853 32174 1 45 10 6 ×× m 35.3145 ft lb ft 1 lb 1 m 1 ft s 32.174 lb ft s lb 33 mf 2 m 2 f .. / . 2.10 500 lb 51 0 1 2 1 10 25 2 m 3 m 3 1 kg 1 m 2.20462 lb 11.5 kg m ≈× F H G I K J F H G I K J 2.11 (a) mmV V h r H r h H ff c c f c c f displaced fluid cylinder 3 3 cm cm g / cm 30 cm g/cm =
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This note was uploaded on 02/27/2012 for the course CHEMICAL E 312 taught by Professor Cheung during the Fall '11 term at The University of Akron.

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