Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/

, is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid.
A) 1500 kg/ Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/ , is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid. A) 1500 kg/ B) 1400 kg/ C) 1300 kg/ D) 1200 kg/ E) 1100 kg/

B) 1400 kg/ Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/ , is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid. A) 1500 kg/ B) 1400 kg/ C) 1300 kg/ D) 1200 kg/ E) 1100 kg/

C) 1300 kg/ Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/ , is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid. A) 1500 kg/ B) 1400 kg/ C) 1300 kg/ D) 1200 kg/ E) 1100 kg/

D) 1200 kg/ Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/ , is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid. A) 1500 kg/ B) 1400 kg/ C) 1300 kg/ D) 1200 kg/ E) 1100 kg/

E) 1100 kg/ Buoyancy: A 6.1-kg solid sphere, made of metal whose density is 2600 kg/ , is suspended by a cord. When the sphere is immersed in a liquid of unknown density, the tension in the cord is 26 N. Find the density of the liquid. A) 1500 kg/ B) 1400 kg/ C) 1300 kg/ D) 1200 kg/ E) 1100 kg/

Bernoulli's Principle: Incompressible Water Flows Out of a Large Reservoir

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