Question

Describe how you will plot the equipotential lines. Describe how would you draw the electric field...

Describe how you will plot the equipotential lines.

Describe how would you draw the electric field map once you have the equipotential lines.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1.Draw the equipotential lines for a single, positive, charge. 2. How can you tell from an...
1.Draw the equipotential lines for a single, positive, charge. 2. How can you tell from an electric field map whether an electric field is strong or weak? 3. What would the electric field lines look like if the electric field was constant? 4. Can there be a point in space where there is an electric potential but not electric field? Can there be a point in space where there is an electric field but no electric potential? Explain you answer.
Prove that the equipotential surfaces are perpendicular to the electric field lines.
Prove that the equipotential surfaces are perpendicular to the electric field lines.
This is from an lab dealing with electric feild and equipotential lines. 1.If the electric potential...
This is from an lab dealing with electric feild and equipotential lines. 1.If the electric potential between two points is zero, what does that mean in terms of the electric field in terms of the test charge? 2. Is the electric field a vector a scalar field? Explain 3. Why must equipotential lines be perpendicular to electric field lines? 4. How much work is required to move a small test charge along an equipotential line? 5. Find the electric field...
Draw and/or describe the electric field lines of a parallel plate capacitor with a hollow, isolated...
Draw and/or describe the electric field lines of a parallel plate capacitor with a hollow, isolated conductor between the two plates.
Briefly describe how the electric field behaves, for the equipotential line close to the positive charge,...
Briefly describe how the electric field behaves, for the equipotential line close to the positive charge, and away from the + charge. Also describe the one that is close to the negative charge and the one that is at the center of both charges and away from the charge.
For the first field you have already drawn eight field lines. Consider how many field lines...
For the first field you have already drawn eight field lines. Consider how many field lines you will have to draw for the second field if the density of field lines determines the magnitude of the electric field strength. Draw these field lines as dashed lines.
What angle do electric field lines make with the surface of a charge? At what angle...
What angle do electric field lines make with the surface of a charge? At what angle do electric field lines cross the equipotential lines? 3. As you follow the direction of the electric field, does electric potential increase or decrease? Is it the same for both positive and negative charges? 4.  Very near a charge or charge grouping, how are the equipotential lines oriented relative to the surface of the charge(s)?
Did any of your field lines cross? Should they? Why, or why not? None of the...
Did any of your field lines cross? Should they? Why, or why not? None of the field lines crossed, nor should they. They are a line of constant potential and the equipotential can have only one value at a given point in space. If the electric field lines were to intersect, they would render a location with two different strong electric field vectors and so would not accurately represent equipotential lines. Did any of your equipotential surfaces cross? Should they?...
6-With a labelled sketch, illustrate the electric field and equipotential lines about a point charge. [2...
6-With a labelled sketch, illustrate the electric field and equipotential lines about a point charge. [2 marks] (b) A dipole, as illustrated in the following figure, consists of two charges of charge magnitude, q separated by a distance, d. Point P is separated from the dipole center by a distance, r along the x-axis. For this: i) sketch and label the electric field vector contributions at P due to the two point charges and the resultant net field vector at...
Equipotential Surface Plotting a) How much work is done by the electrostatic force on a point...
Equipotential Surface Plotting a) How much work is done by the electrostatic force on a point charge that is moved on an equipotential surface (line)? Explain. b) If the electric field lines are not normal to the equipotential surfaces, what would happen?