objects sink in quicksand because they are so heavy they make a bigger hole in the sand,they go faster objects sink in quicksand because they are so heavy they make a bigger hole in the sand,they go faster
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Heavy objects sink in quicksand because the force exerted by the weight of the object exceeds the buoyant force provided by the quicksand. The quicksand behaves like a non-Newtonian fluid, which increases viscosity with applied force. As the heavy object pushes down on the quicksand, it causes it to become more fluid-like, allowing the object to sink in.
Yes, objects with a higher density than quicksand can sink, while objects with a lower density will float. Movement and struggling in quicksand can actually cause a person or object to sink further due to the increased fluidity of the quicksand.
The biggest object known to have sunk in quicksand is a dump truck in 2017 in Vermont, USA. The truck was eventually removed from the quicksand with the help of heavy machinery.
No, a heavier person will not sink faster in quicksand. The sinking rate in quicksand is determined by the density and viscosity of the quicksand itself, not the weight of the person.
The bearing capacity of quicksand is typically low due to its unstable and fluid-like nature. Quicksand is a saturated mixture of sand and water that behaves like a non-Newtonian fluid, causing objects or people to sink when weight is applied.
Quicksand is a mixture of sand, water, and clay that forms a substance with a lower viscosity than regular sand, causing objects or people to sink deeper in it. The increased water content in quicksand reduces the friction between sand particles, making it easier to sink in.