Choose the right answer and please check pictures below there is answer Q1 Hydrostatics and Hydrodynamics: Ice at -10°C

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Choose the right answer and please check pictures below there is answer Q1 Hydrostatics and Hydrodynamics: Ice at -10°C

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Choose the right answer and please check pictures below there is
answer
Q1
Hydrostatics and Hydrodynamics:
Ice at -10°C has a density ρice= 995 kg/m³. A 1000 ton (10⁶ kg)
spherical iceberg floats on the surface of the water. Seawater has
a density ρwater = 1025 kg/m³.
Determine the fraction F of the immersed volume (ratio of the
immersed volume to the total volume).
Q2
For question 1 above, if the ice had a cubic shape, the submerged
volume fraction F would be the same as for the spherical shape.
a)True
b) False
Choose The Right Answer And Please Check Pictures Below There Is Answer Q1 Hydrostatics And Hydrodynamics Ice At 10 C 1
Choose The Right Answer And Please Check Pictures Below There Is Answer Q1 Hydrostatics And Hydrodynamics Ice At 10 C 1 (93.87 KiB) Viewed 32 times
Question 1 (2 points) Hydrostatique et Hydrodynamique : La glace à -10°C a une masse volumique pglace= 995 kg/m³. Un iceberg sphérique de 1000 tonnes (106 kg) flotte à la surface de l'eau. L'eau de mer a une masse volumique peau = 1025 kg/m³. Déterminer la fraction F du volume immergée (rapport du volume immergé sur le volume total). 90% 97% 100% 50% Question 2 (1 point) Pour la question 1 précédente, si la glace avait une forme cubique, la fraction F du volume immergé serait la même que pour la forme sphérique. Vrai Faux
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