
Is Earth a giant magnet?
Answer
223.2k+ views
Hint: We have to understand what magnet actually means then we will come to a conclusion whether Earth is a giant magnet or not. We have to understand the basic principle of a magnet and how it works.
Complete answer:
First of all, let us get to understand what a magnet refers to. In a very simple way we can say that any material that posses its own magnetic field is referred to as a magnet. Now, we need to understand what is defined as a magnetic field.
A magnetic field is defined as a vector field which effect is felt when any moving electric charge, electric current or magnetic material moves on that field.
So, a magnet has a magnetic field which effect is felt by other bodies when they are on its field.
Magnetic field comprises of magnetic field lines which are imaginary lines that flow from one end to other end of a magnet. Thus, we consider two end or two pole of a magnet as north pole and south pole. The magnetic lines always flow from the North pole of a magnet to the South pole of the magnet.
Now, if we consider with our Earth we find that the compass needle deflects its North direction to the geographical north pole or magnetic south pole of the Earth. Hence, the effect of magnetic lines is always shown by a magnetic material. So, it is cleat that the Earth is a giant magnet.
Note: It must be noted that the Earth’s geographical south pole is considered as magnetic north pole and Earth’s geographical north pole is considered as magnetic south pole. The magnetic lines always flow from the North pole of a magnet to the South pole of the magnet.
Complete answer:
First of all, let us get to understand what a magnet refers to. In a very simple way we can say that any material that posses its own magnetic field is referred to as a magnet. Now, we need to understand what is defined as a magnetic field.
A magnetic field is defined as a vector field which effect is felt when any moving electric charge, electric current or magnetic material moves on that field.
So, a magnet has a magnetic field which effect is felt by other bodies when they are on its field.
Magnetic field comprises of magnetic field lines which are imaginary lines that flow from one end to other end of a magnet. Thus, we consider two end or two pole of a magnet as north pole and south pole. The magnetic lines always flow from the North pole of a magnet to the South pole of the magnet.
Now, if we consider with our Earth we find that the compass needle deflects its North direction to the geographical north pole or magnetic south pole of the Earth. Hence, the effect of magnetic lines is always shown by a magnetic material. So, it is cleat that the Earth is a giant magnet.
Note: It must be noted that the Earth’s geographical south pole is considered as magnetic north pole and Earth’s geographical north pole is considered as magnetic south pole. The magnetic lines always flow from the North pole of a magnet to the South pole of the magnet.
Recently Updated Pages
JEE General Topics in Chemistry Important Concepts and Tips

JEE Extractive Metallurgy Important Concepts and Tips for Exam Preparation

JEE Atomic Structure and Chemical Bonding important Concepts and Tips

JEE Amino Acids and Peptides Important Concepts and Tips for Exam Preparation

Electricity and Magnetism Explained: Key Concepts & Applications

JEE Energetics Important Concepts and Tips for Exam Preparation

Trending doubts
JEE Main 2026: Application Form Open, Exam Dates, Syllabus, Eligibility & Question Papers

Ideal and Non-Ideal Solutions Explained for Class 12 Chemistry

Understanding the Angle of Deviation in a Prism

JEE Main 2026 Application Login: Direct Link, Registration, Form Fill, and Steps

Degree of Dissociation: Meaning, Formula, Calculation & Uses

Understanding Atomic Structure for Beginners

Other Pages
JEE Advanced Marks vs Ranks 2025: Understanding Category-wise Qualifying Marks and Previous Year Cut-offs

Hybridisation in Chemistry – Concept, Types & Applications

Dual Nature of Radiation and Matter Class 12 Physics Chapter 11 CBSE Notes - 2025-26

How to Convert a Galvanometer into an Ammeter or Voltmeter

Understanding Average and RMS Value in Electrical Circuits

Understanding Electromagnetic Waves and Their Importance

