4.For Tutor Adil B Only! For Tutor Adil B Only! For Tutor Adil B Only! For Tutor Adil B Only! For Tutor Adil B Only!
7.Photon has mass or not? I am confused, since we say, it has zero rest mass but how does it is affected by gravity then?
It is the branch of physics that deals with the study of electric charges at rest.
It is the physical property of matter that produces the effect of electricity and magnetism.
A body is said to have positive charge if it loses the electrons. For example, if you rub your shoe on the carpet then the carpet loses the electrons thus acquires the positive charge.
Charge: A body is said to have negative electric charge if it gains electrons. For example, if you rub your shoe on the carpet then your body will gain extra electrons and it becomes negatively charged.
Where, n is the integer.
e is the electronic charge.
It states that the magnitude of electrostatic force of attraction between two point charges is directly proportional to the product of magnitude of two point charges and inversely proportional to the square of the distance between them.
Where, k is constant of proportionality.
and are two-point charges.
r is the distance between the two-point charges.
It is the fundamental form of energy that is associated with the matter of electric charges or with the stationary charges.
It is the properties and interactions of magnets.
Electricity and Magnetism are similar to each other. By using electricity, one can produce magnetism and vice-versa.
Question 1: When can a body be positively charged?
Answer: A body is said to be positively charged when it loses electrons.
Question 2: A body is said to be ____________ if it gains electrons.
Answer: Negatively Charged
Question 3: Does magnetic monopole exist?
Answer: No, a monopole pole does not exist.
Ever wondered how electricity and magnetism are related? They are two known components of the unified field of electromagnetism. The interaction of magnetism and electricity is difficult to explain in non-technical terms but our Physics helpers can help you describe the terms in the form of invisible “force field” and provide graphical representation.
To put it simply, magnetism and electricity are primarily two related phenomena as a moving electric charge generates a magnetic field. So if you are a high schooler or a college student bring in your questions and we’ll provide you step-by-step explanations.
Rely on our PhD qualified experts to break down the complex equations to simple solutions that are easy to grasp. Since electricity and magnetism are important topics it is important to have a basic understanding of what they are and how they work.
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Let’s explore the fundamental questions that why like poles repel like and attract unlike poles. In fact, let's look into the question why magnetic poles exist as north and south pairs. Learn about the “right hand rule” and the clockwise and anti-clockwise direction of the magnetic field depending on the direction of the current by getting your homework questions answered for quick reference before a test or exam.
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Electricity is basically the flow of charge or electrons, And when the charge moves, it creates a magnetic field.
So, electricity can not exist without magnetism.
Magnetism is basically a force of attraction or repulsion exerted by magnets. It is not a form of energy. But, it helps in generating electrical energy.
Magnetism can be used to create electricity. In fact, most of the electrical energy is generated by rotating a coil of wire around the special arrangement of magnets.
Yes, we can generate our own electricity using wind turbines, solar panels, etc, and store them. In some places, people even sell electricity by generating them using turbines, solar panels.
When electricity flows through a loop of wire, it creates a magnetic field around its axes. And, magnetism can be used to produce electricity. Basically, they are two aspects of the same thing and affect each other directly.
Electricity is the flow of electrons or charges. This flow of electrons causes an electric current to flow. And, due to this flow of current, each electron behaves like a tiny magnet. And, collectively these electrons create a magnetic field around the axes of the conductor.
When the electric current flows through the soft iron, it would behave like a temporary magnet.
Soft iron will get attracted by the magnetic force.
The flow of electricity creates a magnetic field around the conductor. And, moving a coil around magnets creates electricity. They are essentially two aspects that are commonly referred to as electromagnetism.