Vb = D= A Vmax== D b) What is the volume of water displaced when the barge is empty? This will be in terms of D. c) What is the depth D below the waterline? W. -m³ Vmax= h m Water line 1) A flat bottomed barge in the water has a base with area A 4000 m². The height, h, of the barge is 2 m. and the distance D is the depth of the barge below the water line. The mass of the barge when empty is mi, = 1,000,000 kg. The theoretical maximum mass of the barge, including its load, will be when the top of the barge is at the water level. d) What is the maximum volume of water displaced, and the mass of this much water? N a) What is the weight of the empty barge? 9,800,000 W₁ = N mg = 1,000,000 (9.8) e) What is the theoretical maximum weight of the barge? Imax = kg
Vb = D= A Vmax== D b) What is the volume of water displaced when the barge is empty? This will be in terms of D. c) What is the depth D below the waterline? W. -m³ Vmax= h m Water line 1) A flat bottomed barge in the water has a base with area A 4000 m². The height, h, of the barge is 2 m. and the distance D is the depth of the barge below the water line. The mass of the barge when empty is mi, = 1,000,000 kg. The theoretical maximum mass of the barge, including its load, will be when the top of the barge is at the water level. d) What is the maximum volume of water displaced, and the mass of this much water? N a) What is the weight of the empty barge? 9,800,000 W₁ = N mg = 1,000,000 (9.8) e) What is the theoretical maximum weight of the barge? Imax = kg
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter14: Fluid Mechanics
Section: Chapter Questions
Problem 107AP: (a) Convert normal blood pressure readings of 120 over 80 mm Hg to newtons per meter squared using...
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