Magnetic Force
The magnet exerts a magnetic force on the paper clip in the downward direction. The force experienced by the paper clip will depend on the strength of the magnetic field, the mass of the paper clip, and the distance between the magnet and the paper clip. The force can be calculated using the formula for magnetic force, which involves the strength of the magnetic field, the charge of the particle, and the velocity of the particle.
No, a magnet will not be able to attract a paper clip that has a cardboard between them. The cardboard will act as a barrier, preventing the magnetic force from reaching the paper clip.
Because the magnet is not the same force as the paperclip!
The force acting is called magnetism. When a paper clip is attracted to a magnet, it is due to the magnetic field produced by the magnet interacting with the magnetic properties of the paper clip, causing them to be pulled towards each other.
When a magnet attracts a metal paper clip with strong magnetic force, there is no specific measurement in centimeters. The strength of the magnetic force depends on the properties of the magnet and the paper clip, such as their size, material, and distance from each other.
The magnet exerts a magnetic force on the paper clip in the downward direction. The force experienced by the paper clip will depend on the strength of the magnetic field, the mass of the paper clip, and the distance between the magnet and the paper clip. The force can be calculated using the formula for magnetic force, which involves the strength of the magnetic field, the charge of the particle, and the velocity of the particle.
Because the magnet is not the same force as the paperclip!
No, a magnet will not be able to attract a paper clip that has a cardboard between them. The cardboard will act as a barrier, preventing the magnetic force from reaching the paper clip.
You can increase the strength of the magnetic force on an object like a paper clip by using a stronger magnet or by bringing the magnet closer to the object.
The force acting is called magnetism. When a paper clip is attracted to a magnet, it is due to the magnetic field produced by the magnet interacting with the magnetic properties of the paper clip, causing them to be pulled towards each other.
A bar magnet attracts a paper clip with more force compared to a refrigerator magnet because the magnetic field of the bar magnet is stronger due to its design and material composition. The shape and alignment of the magnetic domains in a bar magnet allow for a more concentrated and powerful magnetic field, resulting in a stronger pull on the paper clip.
Yes, a magnet can still pick up a paper clip even when both are under water because water does not significantly affect the magnetic force between the magnet and the paper clip.
When a magnet attracts a metal paper clip with strong magnetic force, there is no specific measurement in centimeters. The strength of the magnetic force depends on the properties of the magnet and the paper clip, such as their size, material, and distance from each other.
No, picking up a paper clip with a magnet is not a physical change. It is a demonstration of magnetic force and involves no permanent alteration to the paper clip's structure or composition.
magnet attracts iron. paper clip made of iron magnet atrracts paper clip...
The paper clip is further away from the pivot than the magnet in order to increase the lever arm, which in turn increases the torque applied to the pivot. Torque is the rotational equivalent of force, and by increasing the lever arm, the force applied by the paper clip is amplified. This allows the paper clip to counterbalance the weight of the magnet more effectively, resulting in a stable equilibrium position.
Magnetic filed of the bar magnet will penetrate a paper. Hence the clip will be attracted and stick to the magnet pressing the paper too to the magnet.