0
What else can I help you with?
Present knowledge indicates that magnetism results from?
the movement of electric charge, particularly the alignment of electrons in atoms and their spin. This alignment creates magnetic fields. In materials, such as iron, nickel, and cobalt, the alignment of magnetic moments at a microscopic level results in magnetic properties at a macroscopic level.
What part of the atom causes magnetism and how does it cause magnetism?
The electrons in an atom are responsible for magnetism. When electrons move around the nucleus, they create a magnetic field. This magnetic field can align with other magnetic fields to create attraction or repulsion, resulting in magnetism.
What is another name for histology?
Another name for histology is microscopic anatomy. It involves the study of cells and tissues at a microscopic level to understand their structure and function in the body.
What is the study of anatomy at microscopic level that is further divided into cytology and histology?
The study of anatomy at the microscopic level is called histology, which is further divided into cytology (the study of individual cells) and histopathology (the study of tissues). Histology involves examining tissues and cells using a microscope to understand their structure and function.
How do you show that electric current causes magnetism?
Put a wire carrying an electric current near a compass and it causes the needle to deflect.
What is the main challenge associated with solving the magnetism problem?
The main challenge associated with solving the magnetism problem is understanding the complex interactions between magnetic fields and materials at a microscopic level.
What are 5 examples of magnetic forces?
polarized atomic regions (a magnetic substance) electron-induced magnetism (induction) radio-induced magnetism (radio waves induce current on a conductor that in turn is creates electron induced magnetism) reverse-magnetostriction (the opposite of the effect that states magnetism causes metal to change shape on the atomic level) a flawless LRC circuit
What are 5 example of force?
polarized atomic regions (a magnetic substance) electron-induced magnetism (induction) radio-induced magnetism (radio waves induce current on a conductor that in turn is creates electron induced magnetism) reverse-magnetostriction (the opposite of the effect that states magnetism causes metal to change shape on the atomic level) a flawless LRC circuit
What causes an object to exhibit magnetism?
An object exhibits magnetism when its atoms have aligned magnetic fields, creating a magnetic force.
Present knowledge indicates that magnetism results from?
the movement of electric charge, particularly the alignment of electrons in atoms and their spin. This alignment creates magnetic fields. In materials, such as iron, nickel, and cobalt, the alignment of magnetic moments at a microscopic level results in magnetic properties at a macroscopic level.
What is a 'microscopic level' in terms of sociology?
Looking at something or a relationship at a "microscopic level" is to examine it in great detail, perhaps without reference to its surroundings or environment.
What is important in decay?
microscopic organisms are the major causes of decay.
What causes magnets to attract the refridgereator?
The force is called "magnetism". The refrigerator is not magnetic, but the magnet will temporarily induce magnetism in the refrigerator's metal - the part that is close to the magnet.
What is different between electricity and magnetism?
Magnetism is the property of materials that respond at an atomic or subatomic level to an applied magnetic field.electricity mean flow of charge.
Do magnetic materials rust?
They can, but you have to understand that magnetism and oxidation (the process that causes rust) are unrelated.
What part of the atom causes magnetism and how does it cause magnetism?
The electrons in an atom are responsible for magnetism. When electrons move around the nucleus, they create a magnetic field. This magnetic field can align with other magnetic fields to create attraction or repulsion, resulting in magnetism.
How do permanent magnets get their magnetism?
Permanent magnets get their magnetism from the alignment of their atomic particles, specifically the electrons, which create a magnetic field that causes the material to attract or repel other objects.
