A 40. 00 kg block has sunk to the bottom of the tank A 40.00 kg block has sunk to the bottom of the tank. It is experiencing a buoyant force of 138.02 N. If we were to place a scale under the brick block, what would it measure (in Newtons)?

At the bottom of a tank, this 15. 01 kg brick block weighs 95. 31 N At the bottom of a tank, this 15.01 kg brick block weighs 95.31 N. Determine the buoyant force acting on it.

The original water level of this tank was 98. 00 L The original water level of this tank was 98.00 L. The density of the gasoline in the tank is 0.70 kg/L. Determine the buoyant force acting on the 40.00 kg brick block that has sunk to the bottom.

A 10. 00 kg block has sunk to the bottom of the tank A 10.00 kg block has sunk to the bottom of the tank. It is experiencing a buoyant force of 34.50 N. If we were to place a scale under the brick block, what would it measure (in Newtons)?