A car weighing 1734 kg with a volume as shown in the figure descends a hill into a lake. How much water (in cubic meters) will rise when the car is below the water level if the water does not enter the car compartment. Assuming the car remains horizontal. How can the car be in equilibrium so that it does not sink, give your opinion. 0.750 m³ 5.00 m³ 0.800 m³
A car weighing 1734 kg with a volume as shown in the figure descends a hill into a lake. How much water (in cubic meters) will rise when the car is below the water level if the water does not enter the car compartment. Assuming the car remains horizontal. How can the car be in equilibrium so that it does not sink, give your opinion. 0.750 m³ 5.00 m³ 0.800 m³
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Transcribed Image Text:Advanced Physics
A car weighing 1734 kg with a volume as shown in
the figure descends a hill into a lake. How much
water (in cubic meters) will rise when the car is below
the water level if the water does not enter the car
compartment. Assuming the car remains horizontal.
How can the car be in equilibrium so that it does not
sink, give your opinion.
0.750 m³
5.00 m³
0.800 m³
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