KCET Electric Charges and Fields Weightage 2025 - KCET Electric Charges and Fields is one of the most uncomplicated chapters that holds approximately 10% of the weightage of the Physics section. Candidates can expect 4 to 6 questions from this topic, which is equivalent to 4 to 6 marks. To score the same, it is always advised to focus on solving derivations, and numerical problems, and understanding applications of Gauses’s Law. It is recommended to solve conceptual questions that include electrical potential and electrical diploes. 

As per KCET syllabus 2025, some of the important subtopics from KCET Electric Charges and Fields topics are Coulomb's Law, Electric Field and Electric Field Lines, Electric Dipole, Electric Potential and Potential Energy, Gauss’s Law, Conductors and Electric Field in Conductors, etc. In this article, we have discussed the KCET 2025 Electric Charges and Fields Weightage along with the important topics and some sample questions related to Electric Charges and Fields.

KCET Electric Charges and Fields Weightage 2025

As per the KCET weightage of the electric charges and field section, the expected weightage is 10% of the Physics section. Students can expect around 6 questions from this topic. In the table below we have mentioned the number of questions and the approximate marks allocation for each topic. 

Important Topics of KCET 2025 Electric Charges and Fields

Some of the important topics of KCET 2025 Electric Charges and Fields have been listed below.

Note - It is to be noted that the list of important topics has been extracted from the KCET previous years question papers. However, the data may vary from year to year.  

KCET Electric Charges and Fields Sample Questions

1. If the sizes of charged bodies are very small compared to the distances between them, we treat them as ____________.

1. Zero charges
2. Point charges
3. Single charge
4. No charges

Answer: (b) Point charges

Explanation: If the sizes of charged bodies are very small when compared to the distances between them, we treat them as point charges.

2. The force per unit charge is known as ____________.

1. Electric current
2. Electric potential
3. Electric field
4. Electric space

Answer: (c) Electric field

Explanation: The force per unit charge is known as the electric field.

3. State true or false: The total charge of the isolated system is NOT conserved.

1. True 
2. (b) False

Answer: (b) False

Explanation: According to the conservation of charges, the total charge of the isolated system is always conserved.

4. What is the dielectric constant of a metal?

1. -1
2. 0
3. 1
4. Infinite

Answer: (d) Infinite

Explanation: The dielectric constant of metals is infinite. The dielectric constant of metal is infinite, as the net electric field inside the metal is zero.

5. The quantisation of charge indicates that

1. Charge, which is a fraction of the charge on an electron, is not possible
2. A charge cannot be destroyed
3. Charge exists on particles
4. There exists a minimum permissible charge on a particle

Answer: (a) Charge, which is a fraction of the charge on an electron, is not possible

Explanation: The quantisation of charge means that when we express something that has some charge, we imply by that how many times the charge of electrons it has, as the entire charge is related to an electron.

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