i) if radius was greater than 1 cm there would be values of r greater than 1 cm for which potential is constant. potential inside the conductor is constant
ii) V is inversely proportional to x
show that Vx is constant
ii) V is inversely proportional to x
show that Vx is constant
Thank you. Correct. Can you please elaborate part ii ?
Original post by BobbJo
i) if radius was greater than 1 cm there would be values of r greater than 1 cm for which potential is constant. potential inside the conductor is constant
ii) V is inversely proportional to x
show that Vx is constant
ii) V is inversely proportional to x
show that Vx is constant
Original post by googie3
Thank you. Correct. Can you please elaborate part ii ?
To show that V is inversely proportional to x, you show that the product Vx is constant
umm, yes but how does that show its a point charge? I mean what are we getting by this?
Original post by BobbJo
To show that V is inversely proportional to x, you show that the product Vx is constant
Original post by googie3
umm, yes but how does that show its a point charge? I mean what are we getting by this?
For a point charge, V is inversely proportional to x
Quick Reply
Related discussions
- Drift Velocity Q
- A level Physics Uncertainty MCQ help!
- OCR A Gravitational fields help
- A level physics magnetic flux question
- AL Maths Question-need some help!
- circle question help
- Veterinary Medicine - Does a social media account help your application?
- Banked Tracks for Turning 17.6
- Volumes of revolution
- 3D Vectors
- A-Level Maths mock paper help
- Maths GCSE level 9 question
- Chemistry question Orbitals
- HELP Do elements with higher energy levels have a lower ionisation energy?
- Further mechanics centre of mass question
- Can the adhan call to prayer be moved to mobile?
- Please help with this question!
- FM-m2-circular motion
- isaac Physics- An anchored buoy
- A-level Maths Question
