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No, a picture on a wall is not a balanced force. Balance refers to the equality of forces acting in opposite directions, resulting in no change in an object's motion. In this case, the force of gravity acting on the picture is balanced by the force exerted by the wall, allowing the picture to remain in place.
What else can I help you with?
What type of force holds a picture on a wall?
The force that holds a picture on a wall is the force of friction between the back of the picture frame and the wall. This friction prevents the picture from sliding or falling off the wall.
Why dosent the gravity on a picture on a shelf pull it downward?
The gravity acting on the picture is balanced by the normal force from the shelf. This normal force essentially "supports" the picture, preventing it from falling due to gravity. If the forces were unbalanced, the picture would indeed fall due to gravity.
what forces most strongly affects a picture hanging on nail on the wall?
The main forces that affect a picture hanging on a nail on a wall are gravity pulling the picture downwards, tension in the nail supporting the weight of the picture, and the frictional force between the picture frame and the wall that keeps it from sliding.
Why doesn't the gravity on a picture on a shelf pull it downward?
Actually the gravity on a picture on a shelf does pull it downward. If the gravity did not act on the picture, it would float away. The reason the picture doesn't go down through the shelf can be explained by Newton's Third Law. Every action has an equal but opposite reaction. The force of the picture on the shelf due to gravity is the same force of the shelf on the picture. Since both forces are the same, the picture remains stationary on the shelf.
Is a flag pole a balanced force?
A flag pole is not a balanced force. It exerts a downward force due to gravity which is balanced by an upward force exerted by the surface it is attached to, preventing it from falling.
What type of force holds a picture on a wall?
The force that holds a picture on a wall is the force of friction between the back of the picture frame and the wall. This friction prevents the picture from sliding or falling off the wall.
What force holds a picture on a wall?
magnetic force
What is force holds a picture on a wall?
The force that holds a picture on a wall is the force of friction between the picture hook/nail and the wall, as well as gravity acting on the picture downward. These forces combine to keep the picture in place.
Why dosent the gravity on a picture on a shelf pull it downward?
The gravity acting on the picture is balanced by the normal force from the shelf. This normal force essentially "supports" the picture, preventing it from falling due to gravity. If the forces were unbalanced, the picture would indeed fall due to gravity.
Does force have the capability to cause motion?
in many cases when it is not balanced or like in case of wall we apply force and we get equal and opposite force in return
what forces most strongly affects a picture hanging on nail on the wall?
The main forces that affect a picture hanging on a nail on a wall are gravity pulling the picture downwards, tension in the nail supporting the weight of the picture, and the frictional force between the picture frame and the wall that keeps it from sliding.
What force act on a framed picture on a shelf?
Gravity pulls the picture downward, but tension pulls the picture upward toward the nail. The forces are balanced, so the framed picture does not move.
What is an balanced force?
balanced force is when things are balanced.
What forces act on a picture hanging on a wall cause it to fall?
The force of gravity, weight = mg.
What happens when the forces are balanced?
The force that is stronger will overwhelm the other force and the other force will lose it's power and the vector becomes 0. Later the object gets moved or breaks. it's Shown by this formula which Newton made called F=-F. Lets say that you are pushing a wall. You are pushing the wall, but the wall pushes back as the same force as you, but if you push stronger than the maximum force of the wall, the wall breaks or moves.
A ladder leaning at a wall is in equilibrium how?
A ladder leaning against a wall is in equilibrium when the forces acting on it balance out. This includes the gravitational force acting downward through the ladder's center of mass, the normal force from the ground pushing upward, and the frictional force at the base preventing it from slipping. Additionally, the wall exerts a normal force on the ladder, pushing it horizontally, which must also be balanced by the horizontal component of the forces at the base. When these forces and torques are balanced, the ladder remains stationary.
Askew in a sentence?
Your ass is askew with your hips, they're all saggy and what not.
