The calculated Fx and Fy are forces on the stream of water. To get the forces on the blade you have to negate both, giving 2.12kN to the right and 0.735kN down.werson tan said:
isnt that the the resultant force on blade and forecs of steam of water are of same magnitude and same directionharuspex said:
Action and reaction are equal and opposite. The force the blade exerts on the stream of water is equal and opposite to the force the water exerts on the blade.werson tan said:
The direction of resultant force is the direction in which all the individual forces acting on an object combine to create a single, net force.
The direction of resultant force is determined by vector addition, where each individual force is represented by an arrow and the arrows are drawn head-to-tail to determine the direction of the resultant force.
Yes, the direction of resultant force can change if the individual forces acting on an object change in magnitude or direction.
When the individual forces are in opposite directions, the resultant force will be in the direction of the larger force, and the magnitude of the resultant force will be the difference between the two forces.
The direction of resultant force determines the direction in which an object will accelerate. If the resultant force is in the same direction as the object's motion, it will increase its speed. If the resultant force is in the opposite direction, it will slow down the object's motion.
