Iron > chalk > rubber band. This is a chart showing comarision of frce of atterection between these object.That's all.

Force of Attraction between Iron, Rubber, Band, and Chalk

There are various types of forces of attraction, such as gravitational force, electric force, and magnetic force. In this article, we will discuss the force of attraction between iron, rubber, band, and chalk.

Iron

Iron is a magnetic material, which means it has a strong force of attraction due to its magnetic properties. The force of attraction between two iron objects depends on their magnetic fields. The closer the objects are, the stronger the force of attraction will be.

Rubber

Rubber is not magnetic and does not have any magnetic properties. Therefore, there is no force of attraction between rubber objects or between rubber and magnetic objects. However, rubber can have an electrostatic attraction due to the triboelectric effect, which occurs when two objects rub against each other and exchange electrons. This can cause a temporary force of attraction between the objects.

Band

A band is usually made of rubber or elastic material. Like rubber, bands do not have any magnetic properties, so there is no magnetic force of attraction between bands or between bands and magnetic objects. However, bands can have a strong force of attraction due to their elasticity. When stretched, bands store potential energy, which creates a force of attraction between the band and the object it is attached to.

Chalk

Chalk is a non-magnetic material and does not have any magnetic properties, so there is no magnetic force of attraction between chalk objects or between chalk and magnetic objects. However, chalk can have an electrostatic attraction due to the triboelectric effect, which occurs when two objects rub against each other and exchange electrons. This can cause a temporary force of attraction between the objects.

In conclusion, the force of attraction between iron, rubber, band, and chalk depends on their physical properties, such as magnetic fields, elasticity, and triboelectric effect. While iron has a strong force of attraction due to its magnetic properties, rubber, band, and chalk do not have magnetic properties and rely on other physical properties for attraction.