part 2 of 2 +90 The dotted line or surface in the figure above 1. is not an equipotential line or surface. O2 is an equipotential line or surface. cannot be determined from the information given. SUBMIT ANSWER

Two large equipotential surfaces are flat and parallel, and they are separated by a relatively small distance compared to their size. One surface is at 25.0 V and the other is at 33.0 V. The surfaces are 1.25 cm apart. Assuming the electric field is uniform between the surfaces, what is the magnitude of the electric field midway between them? O 29.0 V/m O 33.0 V/m O 6.40 × 10² V/m O 1.00 × 103 V/m 25.0 V/m

EP-2 Equipotential lines for part of a charge distribution are shown to the right. The grid on which the lines are shown measures 1cm by 1cm. 1cm 1cm a) Circle the region on the grid where the electric field strength is greatest and calculate the strength of the field in this region. 2V \4V 6V 8V 10V b) Circle the region on the grid where the electric field strength is least and calculate the strength of the field in this region. c) Sketch 8 electric field lines starting at the center of the 2V circle. Be sure to put an arrowhead on each line. What is the sign of the charge at the center of the 2V circle?

I am stuck on this physics homework, any help would be great!

Please solve

3. A set of equipotential lines is shown below. а. Where is the electric field stronger, point A or point B? Explain using physical reasoning. b. If a proton is fired from point B toward point C, will its speed at C be greater than, less than, or the same as B? Explain using physical reasoning. A. 50И 40V 30V 20V 10V •B

The figure below shows several equipotential lines each labeled by its potential in volts. The distance between the lines of the square grid represents 3.00 cm. C Why? a 4 8 6 (a) Is the magnitude of the field bigger at A or at B? OEA EB (b) What is E at B? N/C --Direction-- A B (c) Represent what the field looks like by drawing at least eight field lines. Choose File no file selected

8- Equipotential surfaces are to be drawn 130 V apart near a very large uniformly charged metal plate carrying a surface charge density σsigma = 0.79 μC/m2 Part A How far apart (in space) are the equipotential surfaces? (Δx=?) Express your answer using two significant figures.

In the pictured region of space, the electric field is equal to 200 N/C (oriented in the y-axis direction).  The spacing between the grid lines is 1.0 cm.  The goal of the problem is to calculate the potential difference between points A and B, by doing a path integral by hand. I need help with parts A-D

Help me please