2nd PUC Electric Charge and Field Important Question 2025: Detailed Blue Print

2nd PUC Electric Charge and Field Important Question 2025 are available here. Check the Detailed Blue Print below.

Aman Kaur

Updated on -Mar 3, 2025 | 09:43 AM IST

2nd PUC Electric Charge and Field Important Question 2025 given here (Image Credits: pexels.com).

2nd PUC Electric Charge and Field Important Question 2025: The Department of Pre-University Education, Karnataka, will conduct the 2nd PUC physics examination on March 7, 2025, from 10 AM to 1 PM. Candidates can check the 2nd PUC Electric Charge and Field Important Question 2025 here for their reference. Note that Electric Charge and Field form the base of electromagnetism, which covers essential concepts such as Coulomb's law, electric field, and dipole moments. By practicing these questions, students can understand the important topics and the exam pattern while also enhancing their problem-solving skills. Moreover, with the help of the blueprint, the students can comprehend the marking scheme better. The 2nd PUC Electric Charge and Field Important Question 2025 with the Detailed Blue Print is available below.

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2nd PUC Electric Charge and Field Important Question 2025

The 2nd PUC Electric Charge and Field Important Question 2025 is available below.

Question No.	Question
Q1.	State and explain Coulomb's law of electrostatics
Q2.	Write Coulomb's law in vector form. Explain terms.
Q3.	Sketching electonic field lines
Q4.	What is a dipole? Write the expression for dipole moment
Q5.	What is an electric field? Mention the SI unit of E
Q6.	Define electric flux Horough the swaface. Mention SI Unit
Q7.	State and explain Glouss's law of electrostatics.
Q8.	Obtain the expression for the torque acting on an electric dipole when held in a luniform electric field.
Q9.	Give any three properties of electric change
Q10.	Give any three properties of electric field lines
Q11.	Obtain the expression for the electric field at a point just outside the spherical shell using Gauss's low.
Q12.	Obtain the expression for electric field due to infinitely long straight undermly charged were using Gouse low.
Q13.	Obtain the expression for electric field due to reniformly charged thin plane shat.
Q14.	Obtain the expression for the electric field al a poent on the equatorial plane of the electric dipole.
Q15.	Obtain the expression for the electric field at a point on the axial line of the dipole.