Buoyancy pushes an object upwards, opposite to the direction of gravity. It is the force that allows objects to float in a fluid, like water.
The direction of buoyancy is opposite to the direction of gravity. It is a force that pushes an object upwards when it is immersed in a fluid (liquid or gas).
Yes, the force of a push is in the direction of the push. When you apply a force to an object by pushing it, the force vector is directed along the direction in which you are pushing.
Buoyant force
A push or pull with size and direction is a vector
buoyancy
The direction of buoyancy is opposite to the direction of gravity. It is a force that pushes an object upwards when it is immersed in a fluid (liquid or gas).
Buoyancy always acts in the direction opposite to the direction of the gravitational force. We normally consider this direction as 'upward'.
"buoyancy"
Yes, the force of a push is in the direction of the push. When you apply a force to an object by pushing it, the force vector is directed along the direction in which you are pushing.
Your question is unclear but if you push the boat down you will feel resistance due to the buoyancy.
Buoyant force
A push or pull with size and direction is a vector
buoyancy
Yes, push is a force that occurs when an object is pushed in a particular direction. It can cause the object to move or accelerate in the direction of the push.
friction pushes east
Yes. It determines the direction in which change will happen. If I am pushing a trolley along the supermarket aisle, and you push with me, the trolley will go faster. If you push against me it will slow down, and if you push sideways it will change direction.
Yes, when forces are in the same direction, they can add together to create a push force that is stronger than each force individually. This is known as a "push" force.