Joint Entrance Examination/AIEEE 2009/Q084 ELECTROSTAT


Welcome to the Highschool Help Forum!

The forum is currently in "Beta" stage of development. You can ask questions and answer/discuss them. The basic functionalities are present. What's required is a more aesthetic look to the Static pages and a more user friendly setup. This will happen over the time gradually as we start creating some content.

The site has a lot of tools, like posting mathematical calculations, images and diagrams; categorizing questions and so on. Having them here is NO GOOD unless you know how to use them. I am thoroughly against compiling a list of these features and then writing about them. As soon as you do not understand how to do something or use a certain feature, report that on "How To"s Section of the forum. Your queries will be answered there.

If you have any ideas/discussion regarding the site/comments, please go to Discussions regarding Highschool Help Forum

Lastly, thanks for joining in the site's development process! It matters!


Category AIEEE 2009


Original Question by 164.100.170.4

Here's the question...

Q84. Statement 1 : For a charged particle moving from point P to point Q, the net work done by an electrostatic field on the particle is independent of the path connecting point P to point Q. Statement 2 : The net work done by a conservative force on an object moving along a closed loop is zero.

  • (1) Statement-1 is true, Statement-2 is true; Statement-2 is the correct explanation of Statment-1.
  • (2) Statment-1 is true, Statement-2 is true; Statement-2 is not the correct explanation of Statement-1.
  • (3) Statement-1 is false, Statement-2 is true.
  • (4) Statement-1 is true, Statement-2 is false.

Posted by 164.100.170.4 04:14, 25 September 2009 (UTC)

Post a reply![1]



What's Up?

Latest discussions on the forum

Electricity-And-Magnetism-Help

  1. Joint Entrance Examination/AIEEE 2009/Q064 POTENTIAL
  2. Joint Entrance Examination/AIEEE 2009/Q072 RESISTANCE VS TEMPERATURE
  3. Joint Entrance Examination/2000 Screening/Q002 Uniform time varying magnetic field and induced electric field
  4. Joint Entrance Examination/AIEEE 2009/Q084 ELECTROSTAT
  5. Joint Entrance Examination/2000 Screening/Q012 Rotating particle with charge q mass m


Physics-Help

  1. Joint Entrance Examination/2000 Screening/Q020 Melting of ice and evaporation - graph
  2. Joint Entrance Examination/2000 Screening/Q018 Spinning rod with a bead on it, time when it starts slipping
  3. Joint Entrance Examination/2000 Screening/Q021 Ionized gas subjected to electric and magnetic fields
  4. Joint Entrance Examination/2000 Screening/Q022 Radioactive materials and decay constant
  5. Joint Entrance Examination/2000 Screening/Q006 Bohr model of an atom applied to an atom with some hypothetical particle



Browse All Available Categories

Physics: Introductory PhysicsMechanicsHeatWaves and OscillationsElectricity And MagnetismOpticsModern Physics
Mathematics: AlgebraTrigonometryCo-Ordinate (Analytical) GeometryCalculusVectors And 3D GeometryMiscellaneous Topics
Chemistry: General Chemistry and Physical ChemistryOrganic ChemistryInorganic Chemistry
Biology: General BiologyAnatomyPhysiologyBotanyZoology
a a


Reply to the thread, posted by 164.100.170.4

Thread post

Additional notes

SOLUTION [1] We = – q (Vf – Vi) It depends on initial and final point only, because electrostatic field is a conservative field.

These comments, along with the notes on the left, were contributed by 164.100.170.4 04:16, 25 September 2009 (UTC)


Reply to the thread, posted by 119.226.84.210

Thread post

Option 1.

Additional notes

These comments, along with the notes on the left, were contributed by 119.226.84.210 18:52, 31 May 2010 (UTC)