Suppose you are working in a Cartesian coordinate system with orthogonal axes x, y, and z. Suppose also that you want to use Gauss's Law to determine the electric field produced by a continuous charge distribution whose charge density as a function of x, y, and z is given by Р(х, у, z) %3D (x-u)² +(y-v)²+(z-w? where y is a positive constant. Which of the following statements is correct? O You should use a spherical Gaussian surface centered at the point (u,v,w) O You should use a Gaussian surface that is an infinite plane containing the point (u,v,w) O You should use a spherical Gaussian surface that is centered on the origin O You should use a cylindrical Gaussian surface that is centered on the origin O You should use a cylindrical Gaussian surface centered at the point (u,v,w) O You cannot use Gauss's Law to calculate the electric field in this case

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Suppose you are working in a Cartesian coordinate system with orthogonal axes x, y, and z.
Suppose also that you want to use Gauss's Law to determine the electric field produced by a
continuous charge distribution whose charge density as a function of x, y, and z is given by
p(х, у, 2)
(x-u)²+(y-v)²+(z-w)?
where y is a positive constant.
Which of the following statements is correct?
You should use a spherical Gaussian surface centered at the point (u,v,w)
O You should use a Gaussian surface that is an infinite plane containing the point (u,v,w)
O You should use a spherical Gaussian surface that is centered on the origin
O You should use a cylindrical Gaussian surface that is centered on the origin
O You should use a cylindrical Gaussian surface centered at the point (u,v,w)
You cannot use Gauss's Law to calculate the electric field in this case
Transcribed Image Text:Suppose you are working in a Cartesian coordinate system with orthogonal axes x, y, and z. Suppose also that you want to use Gauss's Law to determine the electric field produced by a continuous charge distribution whose charge density as a function of x, y, and z is given by p(х, у, 2) (x-u)²+(y-v)²+(z-w)? where y is a positive constant. Which of the following statements is correct? You should use a spherical Gaussian surface centered at the point (u,v,w) O You should use a Gaussian surface that is an infinite plane containing the point (u,v,w) O You should use a spherical Gaussian surface that is centered on the origin O You should use a cylindrical Gaussian surface that is centered on the origin O You should use a cylindrical Gaussian surface centered at the point (u,v,w) You cannot use Gauss's Law to calculate the electric field in this case
You place a negative charge on a piece of conducting material so that it reaches an electric
potential of -V volts. Then you touch it with a second identical conductor that is at ground
potential. What is the magnitude of the difference between the starting potential and the final
potential attained by the first conductor (in volts) once it has reached electrostatic equilibrium?
O V
O undefined
O V/2
Transcribed Image Text:You place a negative charge on a piece of conducting material so that it reaches an electric potential of -V volts. Then you touch it with a second identical conductor that is at ground potential. What is the magnitude of the difference between the starting potential and the final potential attained by the first conductor (in volts) once it has reached electrostatic equilibrium? O V O undefined O V/2
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