An iron piece can experience various types of forces, such as gravitational force, electromagnetic force, and frictional force. Electromagnetic force specifically plays a significant role in interactions involving iron, as it is a magnetic material.
When hammering a piece of iron, the force applied by the hammer causes the iron to change shape through deformation. This force creates stress within the iron, which can lead to permanent deformation or reshaping of the iron piece. The impact of the hammering force depends on the intensity and frequency of the strikes, as well as the properties of the iron itself.
The iron nail has the greatest force of attraction due to its magnetic properties, followed by the piece of chalk which has minimal attraction, and the rubber band has the least as it is non-magnetic and non-conductive.
When a piece of iron is heated to red-hot or above, then the bonds between the molecules have been lengthened, and the relationship of these bonds to each other may be altered permanently. When the iron cools, the new molecular arrangement becomes set. You may experiment in a similar manner, with a piece of modelling clay. It will respond in a manner representative of hot iron.
The force at play is called magnetic force. It is the attraction between the iron nail and the iron refrigerator door due to their magnetic properties.
The gravity would stay the same. Weight and density has no effect on the gravitation on the object when on earth. Everything is pulled the same.
When hammering a piece of iron, the force applied by the hammer causes the iron to change shape through deformation. This force creates stress within the iron, which can lead to permanent deformation or reshaping of the iron piece. The impact of the hammering force depends on the intensity and frequency of the strikes, as well as the properties of the iron itself.
You can take a piece of iron and magnetize it!
The iron nail has the greatest force of attraction due to its magnetic properties, followed by the piece of chalk which has minimal attraction, and the rubber band has the least as it is non-magnetic and non-conductive.
A magnet is a piece of iron or other material that attracts other iron-containing objects. The characteristic that exists in magnets that does not exist in materials that lack magnetism is the alignment of domains.
The iron automatically divides into domains separately. It does not exist in a state when magnetization occurs in the same direction, in the entire material. This is to minimize its internal energy.
Hammering hot iron to change its shape is called forging. Hammer blows force movement of iron crystals into different arrangements. If it's hot enough then the strain developed by hammering the iron crystals is relieved by recrystallization
When a piece of iron is heated to red-hot or above, then the bonds between the molecules have been lengthened, and the relationship of these bonds to each other may be altered permanently. When the iron cools, the new molecular arrangement becomes set. You may experiment in a similar manner, with a piece of modelling clay. It will respond in a manner representative of hot iron.
a chalk piece can be broken easily but not an iron piece because iron has greater intermolecular force of attraction which keeps the particles together . the strength of this force of attraction varies from one kind of matter to another
The force at play is called magnetic force. It is the attraction between the iron nail and the iron refrigerator door due to their magnetic properties.
The gravity would stay the same. Weight and density has no effect on the gravitation on the object when on earth. Everything is pulled the same.
lead is more dense
The force you are referring to is the force of magnetism, which can act at a distance and pull iron objects. This force is generated by magnets or magnetic materials and is responsible for the attraction between magnets and iron objects.