In static equilibrium, all forces balance out. Therefore, to simplify, start by breaking down F1 into its horizontal and vertical components. Since no other forces act horizontally, F1's horizontal component is known to be 40N. This information can be used to determine the vertical component using the Pythagorean theorem. Once the components are established, simply add the vertical components to calculate the difference between the upward and downward forces.
T= 24.5 feet per second. That’s the speed it attains just before hitting the ground.
Answer:
The buoyant force acting on the block from the water is 10 N
Explanation:
The buoyant force (F_B) experienced by a block is defined as the difference between its actual weight in air and its weight when submerged in water.
The data provided indicates:
A metal block weighs 40 N in air and 30 N in water.
Thus, F_B = 40 - 30 = 10 N
therefore, the buoyant force acting on the block from the water amounts to 10 N
Explanation:
Insufficient details. It heavily relies on the technical specifications of the vehicle (the information supplied merely pertains to reaction time in humans, without accounting for the delay involved when the brakes are applied
