Answer to Question #299348 in Classical Mechanics for GRACE

Question #299348

determine the magnitude of an electric field at r=0.01m from the center of non-conducting sphere with a radius R=0.001 possessing a charge of 7C which evenly distributed throughout the sphere. (r>R).

Expert's answer

"E=\\frac{kqr}{R^3}=63\\cdot 10^{16}~\\frac NC."

Learn more about our help with Assignments: Physics

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. solve for the electric flux that acts on a uniform electric field with a magnitude of 8000N/C approx
2. A molecules of oxygen possess a charges of -2C and 2C separated froma distance of 0.2m. Calculate th
3. solve for the maximum torque within uniform electric field of 6 x 10^4N/C experiences a dipole momen
4. How long must a train undergo constant acceleration in order to go from 35 km/h east to 45 km/h wes
5. A pile of mass 50kg is being driven into the ground by a hammer of mass 400kg. If the hammer is drop
6. A body of 4kg mass travelling at 8m/s² collides with a stationary body of mass 12kg, both being con
7. A cyclist of mass 2kg is riding his 13kg bicycle up a 1 in 10 incline. What power does he need to de