Our scuba diver, still at a depth of 40.0 m, finds a 9.6 cm diameter cannon...

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Our scuba diver, still at a depth of 40.0 m, finds a 9.6 cm diameter cannon ball. They pick it up and then release it from a stationary point (its initial velocity is zero). At that time, what is the instantaneous acceleration of the cannon ball in the downward direction, in m/s? (Enter a positive number as your answer!) Take the specific gravity of the cannon ball to be 7.9 and the density of water to be 1000 kg/m3. Our scuba diver, still at a depth of 40.0 m, finds a 9.6 cm diameter cannon ball. They pick it up and then release it from a stationary point (its initial velocity is zero). At that time, what is the instantaneous acceleration of the cannon ball in the downward direction, in m/s? (Enter a positive number as your answer!) Take the specific gravity of the cannon ball to be 7.9 and the density of water to be 1000 kg/m3.

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The problem youve provided relates to the buoyant force experienced by objects submerged in a fluid Since the cannonball is submerged in water it expe... View the full answer