Swarna
31 Jul 2016
A conducting sphere of radius 1 m has a surface charge density of 2 µC/m2. Determine the charge on the sphere and the electric flux coming out of the sphere.
2.8 × 10-5 C, 2.5 × 106 Nm2C-1
2.5 × 10-5 C, 2.8 × 106 Nm2C-1
2.8 × 10-6 C, 2.5 × 105 Nm2C-1
2.5 × 10-6 C, 2.8 × 105 Nm2C-1
or
similar questions
Conducting Sphere Radius 1 Surface Charge Density 2 C M2 Determine Charge Sphere Electric Flux CominCube Side Placed Xz Plane Represented Given Figure Electric Field Vector Given Net Flux Linked Cube Use Following Information Answer Next Question Positively Charged Block Placed Near Uncharged MetallUse Following Information Answer Next Question Spherical Conducting Shell Radius R Surface Charge DeRadially Outward Electric Field Region Given E 100 R V M2 Determine Charge Contained Sphere Radius 0Enclosed Surface Values Electric Flux Entering Leaving Surface 2 3 Respectively Electric Charge InsiTwo Parallel Plates Charges Q1 Q2 Areas N Respectively Calculate Charge Distribution Outer Surface PFollowing Statements Related Net Flux Net Linked Closed Surface Electric Field E Incorrect Electric Flux Closed Surface ZeroElectric Flux Dimensional Formula feedback on
you will get a link to add your travel on this - you will have to use that for successful submission of your answer. we require this to keep the website free of spam, bots and unhelpful content
please give a small description about what you want to write on so that our editorial team can help you
ask question on Genius Jnr
you will get a confirmation link on this - you will have to click that for successful submission of your question. we require this to keep the website free of spam, bots and unhelpful content
please be clear, to the point and respectful
congratulations, you've clicked the correct answer
sorry, please try a few more questions