You can't tell, without a lot more information.
-- If the body was at rest when the forces began to act on it, then it'll move
in the direction of the vector sum of the forces, which could be any direction
depending on the forces.
-- If the body was already moving when the forces began to act on it, then its
acceleration will be in the direction of their vector sum, but you'd have to know
everything about its original motion and the forces in order to figure out what
direction the body will move, and when.
Friction provides a retarding force. It always acts in the exact opposite direction of the motion of the object.
Friction provides a retarding force. It always acts in the exact opposite direction of the motion of the object.
it acts in the opposite direction of motion or force
Friction always acts opposite to the direction of motion.
Friction always acts opposite to the direction of motion.
Friction
The Law of Inertia states that the body will preserve its velocity and direction so long as no force in its motion's direction acts on it.
An object is stationary until a force acts on it, then when a force acts on it it will keep going the same direction and speed forever, until another force acts on it.
Friction always acts in a direction opposite to the direction of motion. When to push or pull an object, friction manifests in a direction opposite to motion and the frictional force is dependent on the characteristics of the surfaces. When the push or pull force is slowly increased, at a certain point the frictional force is overcome and the object starts moving.
Friction acts in the opposite direction of the object's motion
When the force acts perpendicular to the direction of motion then it makes it to move along curved path When the force is opposite to motion then it could stop it
When the force acts perpendicular to the direction of motion then it makes it to move along curved path When the force is opposite to motion then it could stop it