If equal forces are applied by pulling both strings X and Y simultaneously in opposite directions, the resultant motion of the block will be zero. The forces cancel each other out, resulting in no change in the block's motion.
If equal forces are applied by pulling both strings X and Y simultaneously in opposite directions, the resultant motion of the block will be zero. The forces cancel each other out, resulting in no change in the block’s motion.
When a force is applied by pulling string X, the wooden block will move in the direction of the pull, assuming the applied force is sufficient to overcome any opposing forces, such as friction, acting on the block.
When a force is applied by pulling string X, the wooden block will move in the direction of the pull, assuming the applied force is sufficient to overcome any opposing forces, such as friction, acting on the block.
If equal forces are applied by pulling both strings X and Y simultaneously, what is the resultant motion of the block?
If equal forces are applied by pulling both strings X and Y simultaneously in opposite directions, the resultant motion of the block will be zero. The forces cancel each other out, resulting in no change in the block's motion.
If equal forces are applied by pulling both strings X and Y simultaneously in opposite directions, the resultant motion of the block will be zero. The forces cancel each other out, resulting in no change in the block’s motion.
See lessWhat happens to the wooden block when a force is applied by pulling string X?
When a force is applied by pulling string X, the wooden block will move in the direction of the pull, assuming the applied force is sufficient to overcome any opposing forces, such as friction, acting on the block.
When a force is applied by pulling string X, the wooden block will move in the direction of the pull, assuming the applied force is sufficient to overcome any opposing forces, such as friction, acting on the block.
See less