Question

a metal bucket with a height of 0.700 m and a mass of 650 kg is suspended from a rope in an open tank containing a liquid with a density equal to 1530 kg / m ^ 3. The block is submerged 0.300m below the surface. Calculate:

A) the upward force at the bottom of the block

B) the tension force of the rope

C) the magnitude of the buoyant force in the cube using the principle of archimedes

String Water Metal Block

Answer 1

Civen: Height ch) 6 m density CP)z IS30 3/m3 ④Pressure at the bottom of blockis: P=9.2(htx) go force at the both'm surface of the blork is: : F 354, 557 N Bauyart force on the blek : R C k3)y B = 5148· 1899 ⑧ Tension inope. Teen2-B .: T= 1228.3) N