A future rectangular ship (tanker) filled with oil. If the dimensions of the ship are (250 m) long, (80 m) wide, and (80 m) high. Determine how far the bottom of the ship is ?below sea level

Physics for Scientists and Engineers: Foundations and Connections
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Author:Katz, Debora M.
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Chapter15: Fluids
Section: Chapter Questions
Problem 17PQ: The dolphin tank at an amusement park is rectangular in shape with a length of 40.0 m, a width of...
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%09 @
Y:07
Asiacell I.
A docs.google.com
A future rectangular ship (tanker) filled with
oil. If the dimensions of the ship are (250 m)
long, (80 m) wide, and (80 m) high.
Determine how far the bottom of the ship is
?below sea level
consider the total mass of the ship with the oil (10.2 · 10 kg)
and the sea density (p = 1024 kg/m).
29.6 m
56.3 m
49.8 m
34.7 m
A (2 m)-long steel wire in a musical
instrument has a radius of (O.3 mm). When
the wire is under a tension of (90 N), how
?much does its length change
consider Young' s modulus equals to (20 1010 N/m? )
3.33 cm O
3.18 cm
0.318 cm
1.38 cm
Transcribed Image Text:%09 @ Y:07 Asiacell I. A docs.google.com A future rectangular ship (tanker) filled with oil. If the dimensions of the ship are (250 m) long, (80 m) wide, and (80 m) high. Determine how far the bottom of the ship is ?below sea level consider the total mass of the ship with the oil (10.2 · 10 kg) and the sea density (p = 1024 kg/m). 29.6 m 56.3 m 49.8 m 34.7 m A (2 m)-long steel wire in a musical instrument has a radius of (O.3 mm). When the wire is under a tension of (90 N), how ?much does its length change consider Young' s modulus equals to (20 1010 N/m? ) 3.33 cm O 3.18 cm 0.318 cm 1.38 cm
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