What will happen to the force between the capacitor plates (Will increase or decrease or remain constant) if we introduce a dielectric between them?
As per the answer given the physics textbook , the force will remain same? But as per my understanding the force should decrease since electrical...
I understand Battery terminals are not points. But they create a driving force for electrons to move in an Electric Circuit.
If you see the above figure copied from "http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/electrochem.html". I don't understand how potential is created in the...
Formula for Electrostatic Potential due to a point charge is V=1/4π∈ Q1 Q2/r
This implies that at r=0 value of the potential should be infinity.
Is it True.
If that is the case then how we say the terminals of a battery having positive and negative charge are having definite value of...
Range of the Projectile fired at an angle θ from the ground with an initial velocity Vi is given by
So Range is proportional to square of initial velocity keeping angle of projection θ as constant.
But I don't understand your question. Which graph you are talking about?
A cup of tea gets cooled in an environment from a temperature of 50°C to 25°C. What is the process involved..
The cup of tea (System) is at a temperature of 50 °C and the room air (Surrounding) is at a temperature of say 25°C. Now Heat flows from high temperature to low temperature. So heat is...
Hello Friends, I am Prateek from India
Procurement officer in a Power Industry (BHEL) by profession. Teaching is my Passion.
I teach various subjects to High school and College Students
With every class I learn more and more. I have joined this forum to share my knowledge and clear my doubts...
I agree and now I understand my mistake that I was considering Electric Field to be normal to each and every surface element of the Sphere which is not so. Hence Electric Field at the Gaussian surface (Sphere) will not be zero.
Thank you for your explanation Mr. Dale and Delta
As per the Gauss Law , Net Flux Electric Field through a closed Surface (Gaussian Surface) is zero if no charge is enclosed.
As per the definition of the Electrical Flux = Electrical Field Intensity dot product Area Vector i.e. Closed Integral of E.S
If Electrical Flux is zero then as per the...