Questions: A Gaussian cylinder is drawn around some hidden charges, as shown in the figure below. Part 1 Given this pattern of electric field on the surface of the cylinder, how much net charge is inside? - The quantity cannot be measured, but the net charge is negative; there is twice the amount of negative charge inside as positive charge. - The quantity cannot be measured, but the net charge is positive; there is twice the amount of positive charge inside as negative charge. - The net charge is zero. Save for Later Attempts: 0 of 6 used Submit Answer Using multiple attempts will impact your score. 40% score reduction after attempt 3 Part 2 Invent a possible charge distribution inside the cylinder that could give this pattern of electric field. - a point charge - a uniformly charged ring, which shares a central axis with the cylinder - a dipole, with the positive charge on the left end of the cylinder - a dipole, with the positive charge on the right end of the cylinder - a uniformly charged rod

Transcript text: A Gaussian cylinder is drawn around some hidden charges, as shown in the figure below. Part 1 Given this pattern of electric field on the surface of the cylinder, how much net charge is inside? The quantity can not be measured, but the net charge is negative; there is twice the amount of negative charge inside as positive charge. The quantity can not be measured, but the net charge is positive; there is twice the amount of positive charge inside as negative charge. The net charge is zero. Save for Later Attempts: 0 of 6 used Submit Answer Using multiple attempts will impact your score. $40 \%$ score reduction after attempt 3 Part 2 Invent a possible charge distribution inside the cylinder that could give this pattern of electric field. a point charge a uniformly charged ring, which shares a central axis with the cylinder a dipole, with the positive charge on the left end of the cylinder a dipole, with the positive charge on the right end of the cylinder a uniformly charged rod