Self-Practice 1:1. Several electric field line patterns are shown in the diagrams below. Which ofthese patterns are incorrect? .diagrams.Explain what is wrong with all incorrectDiagram ADiagam BDiagram C Diagam D Diagram E2.Erin Agin drew the following electric field lines for a configuration of twocharges. What did Erin do wrong? Explain.**

To explain: The patterns which are incorrect. Erin's wrong doing.

1. Several electric field line patterns are shown in the diagrams below. Which of these patterns are incorrect? diagrams. Explain what is wrong with all incorrect Diagam A Diagzam B DiagramC Diagzam D Dingzam E 2.Erin Agin drew the following electric field lines for a configuration of two charges. What did Erin do wrong? Explain. **

1. Several electric field line patterns are shown in the diagrams below. Which of these patterns are incorrect? diagrams. Explain what is wrong with all incorrect Diagam A Diagzam B DiagramC Diagzam D Dingzam E 2.Erin Agin drew the following electric field lines for a configuration of two charges. What did Erin do wrong? Explain. **

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter21: Electric Fields

Section21.1: Creating And Measuring Electric Fields

Problem 7PP

See similar textbooks

Similar questions

Solve the problem and draw and label a vector diagram in the given problem. Part 1. Two charges A (+30 µC) and B (–40 µC) are 60 cm apart. What is the net field strength at a point midway between them? Part 2. What is the net electric field intensity at a point 20 cm to the left of charge A in No.1? Assume that the point and the charges are collinear.
I cant seem to figure this question out. No matter what formula I use I keep getting it wrong. Really need help finding the correct answer. Thanks Below is a transcript of the question incase its hard to see the picture Two particles having charges of 0.550 nCnC and 13.8 nCnC are separated by a distance of 1.30 mm. PART A At what point along the line connecting the two charges is the net electric field due to the two charges equal to zero? Express your answer in meters. CORRECT ANSER IN BOX The electric field is zero at a point = 0.217 mm from 0.550 nCnC . PART B Where would the net electric field be zero if one of the charges were negative? Enter your answer as a distance in meters from the charge initially equal to 0.550 nCnC.
please answer all parts of question there is an equation sheet provided part a) is an image and part b) is down below b) Say that you replaced the +? charge on the top with a negative charge of equal magnitude (−?). How would the net force on ?# now compare to the net force from before? You can answer without explicitly calculating this new force, but make sure you discuss both the direction and magnitude of the force. Explain your reasoning.
A graph of the electric field between two capacitor plates as a function of distance from the left plate is shown below. The distance between the plates is d, the direction of the field is to the right, and a battery is connected to the plates. 1. Which plate carries a positive charge? 2. How many slabs of material have been inserted between the plates? What is the thickness of the material in terms of d? 3. What can you say about the slab(s) inserted? 4. Sketch a graph of the electric field between the plates when the slabs between the plates are removed and the battery remains connected. Useful information: C=QV=κC0 Cplates=ϵ0Ad Cspheres=4πϵ0R1R2R2−R1 Ccylinder=2πϵ0lln⁡(R2/R1)
HELP!These questions are related.1. A 10-centimeter glass rod has a charge of +10 picocoulombs. What is the electric field 3 centimeters away from the center of the rod? 2. What would the field be if the rod had the same charge density, but was a mile long?
What is the strength of the electric field at the position indicated by the dot in (Figure 1)? Express your answer in newtons per meter. What is the direction of the electric field at that position? Specify the direction as an angle above the horizontal line.Express your answer in degrees.
The charged balloon in the figure below expands as it is blown, increasing in size from an initial diameter to a final diameter. Does the strength of the electric field at points 1, 2 and 3 increase, decrease or remain constant? Explain your reasoning for each point.
Directions: Solve the following problems. Show your complete solutions. Round off your answers into 3 significant figures. 1. How many electrons are there in a spherical surface with an electric flux of 0.50 N·m^2/C? 2. An infinitely long line of particles carries a charge of 0.600 nC along a wire whose length is 1.30 m. What is the electric field 0.250 m from the line of charge?
THE PIC INDLUDED IS FOR BOTH QUESTIONS!! PLS HELP AND INCLUDE DRAWINGS IF NECESSARY. 1. Five particles with charges shown are arranged with four of them at the corners of a 1-inch square and the fifth charge in the middle. Find the net force and direction on a fifth 3uC particle placed in the center. 2. What is the total electric field at the center of the square of problem 1 if the charge at the center is removed?
Directions: Solve the following problems. Show your complete solutions. Round off your answers into 3 significant figures. 2. An infinitely long line of particles carries a charge of 0.600 nC along a wire whose length is 1.30 m. What is the electric field 0.250 m from the line of charge? 3.A uniformly charged conducting sphere of 1.5-m diameter has a surface charge density of 7.6 x 10-6 C/m^2. a. What is the net electric field? b. What is the net electric flux?
What is the electric field halfway between a charge of +35 MC (O) and another of +15 MC (Q2) separated by 0.50 m. Mark the direction by "away" or "toward" Qa. Please show your work. (1 C = 10-6 C)
If the symbols ] and [ are used to represent two charged metal plates, in a sketch like below +] [- the electric field between the two plates is directed Group of answer choices to the right as a free proton would migrate, if left in between the plates downward as a free proton would migrate downward, if left in between the plates upward based on the movement of a free electron left in between the plates to the left as a free electron would migrate, if left in between the plates