A body of mass 2Kg is floating in water with half its volume submerged. What would be the force required to wholly submerge it into water
Answers
Answer:
The force required to wholly submerge it into water will be 20 N.
Explanation:
The fluid exerts a buoyancy force on the body, which causes it to float. To sink it, apply a force equal to the buoyancy force in the opposite direction.
For above given question:
Buoyancy force = 2*10 = 20 N
What exactly do you mean when you say buoyant force?
The upward pull that any fluid exerts on a body submerged in it. When an object is submerged in liquid, it experiences an upward pull, making the thing appear lighter. Buoyancy is the term for this upward force. The force applied to a floating body is a result of the resulting force. The force exerted on a body is a result of the fluid surrounding it. The volume of liquid displaced is equal to the volume of liquid displaced.
As a result, buoyancy is defined as the force that makes objects float. It's the force applied to an object that's partially or completely submerged in a liquid.