Yes that is right. In any static equilibrium (not accelerating in any direction) all of the forces cancel out. A plane that is traveling at a constant velocity and altitude is not accelerating although it may be moving. So the thrust is pushing the plane forward and up, the drags pushes back, and gravity pulls the plane down. All of these forces cancel out so the plane stays up in the air and keeps moving forward.
It always acts opposite to the direction of friction
Friction provides a retarding force. It always acts in the exact opposite direction of the motion of the object.
And it not only DOES; it works in no other way. Friction is a sneaky thing. You know how a thermos "knows" to keep the hot stuff hot and the cold stuff cold? Well, friction always knows in which direction you're trying to go and pushes against you!
Opposite its motion.
lift acts upward, and weight acts downward
Drag is a force that acts opposite to the direction of movement of an airplane. Drag is mainly caused by air. The other forces that act on the plane while moving in the air are thrust, lift etc..
Friction always acts in the opposite direction, of the other object's motion.
Magnetism.
it acts in the opposite direction of motion or force
Buoyancy always acts in the direction opposite to the direction of the gravitational force. We normally consider this direction as 'upward'.
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 always acts opposite to the direction of friction
Friction
Friction always acts opposite to the direction of motion.
Friction always acts opposite to the direction of motion.
And it not only DOES; it works in no other way. Friction is a sneaky thing. You know how a thermos "knows" to keep the hot stuff hot and the cold stuff cold? Well, friction always knows in which direction you're trying to go and pushes against you!