3) A uniform electric field is shown below. Using the information given, answer the questions shown. :Smallest A=(-1m,2m) C=(1m,2m) Rank, from largest to smallest the electric field at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "=" between the letters in the ranking. B=(-1m,-1m) D=(1m,-1m) Largest: Rank, from largest to smallest the magnitude of the force on an electron placed at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "-" between the letter in the ranking. Largest: :Smallest :Smallest O Rank, from largest to smallest the electric potential at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "-" between the letters in the ranking. Largest: O Rank, from largest to smallest the potential energy an electron would have if it were placed at each of the points shown. If two or more choices are equal, indicate this by putting an equal sign "-" between the letter in the ranking. Largest: :Smallest Rank, from largest to smallest the potential energy a proton would have if it were placed at each of the points shown. If two or more choices are equal, indicate this by putting an equal sign "=" between the letter in the ranking. Largest: :Smallest

3) A uniform electric field is shown below. Using the information given, answer the questions shown. :Smallest A=(-1m,2m) C=(1m,2m) Rank, from largest to smallest the electric field at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "=" between the letters in the ranking. B=(-1m,-1m) D=(1m,-1m) Largest: Rank, from largest to smallest the magnitude of the force on an electron placed at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "-" between the letter in the ranking. Largest: :Smallest :Smallest O Rank, from largest to smallest the electric potential at each of the points shown above. If two or more choices are equal, indicate this by putting an equal sign "-" between the letters in the ranking. Largest: O Rank, from largest to smallest the potential energy an electron would have if it were placed at each of the points shown. If two or more choices are equal, indicate this by putting an equal sign "-" between the letter in the ranking. Largest: :Smallest Rank, from largest to smallest the potential energy a proton would have if it were placed at each of the points shown. If two or more choices are equal, indicate this by putting an equal sign "=" between the letter in the ranking. Largest: :Smallest

Similar questions

1. Point charges qı = 12µC and q2 = – 12µC are 0.08 m apart as shown in the Figure 1. a) Compute the electric fields caused by q, , ½ and the total field at point P on y-axis (E, E,, E, = ?). b) Compute the force exerted on a test charge of q = - 5µC placed at point P. y 10 cm 6 cm q2 91 8 cm Figure 1
1. Solve for the x, y, and, z magnitudes of electric fidd for the given instances below. 1.q-4nC at(1, 2,-5) cm 2. q= 6nC at (5, -7, 10) cm 3.q 10nC at(4,-2,8) cm
Charges +q and -2q are fixed a distance d apart as shown in figure. +q -29 Fig. 1. Sketch roughly the pattern of electric field lines, showing position of neutral point. 2. Where should a charge particle q be placed so that it experiences no force?
10. The electric charge distribution is shown correctly. Hint: Electric fields are stronger around the pointed areas compared to the flatter areas. A. True B. False
Shown in the figure below is a collection of two charges labeled as q, and q2. Also labeled is the "Point P", which is where we will do our calculations. To understand the notation, please note the following: not to scale y 9₁ (0, V₂) Item Charge (C) P P (0, y₂) The vector E means the electric field at P due only to gr The vector E means the electric field at P due only to q The vector Er means the total electric field at P due to all charges (x,y) m (0.00,5.62) None q1 -7.41e-06 (0.00, -1.56) q2 4.28e-06 (2.56, 2.94) 9₂ (x₂, V₂) Determine the distance from q; to P: r₁= Determine the distance from q₂ to P: r₂-
The following sequence of problems guides you through the calculation of the total electrie field at a target point in space when there are two source partieles. We'll stick to two dimensions (get rid of the z-axis) just to reduce some of the arithmetic. The source partieles are both located on the z-axis with source 1 at z = 5 em and source 2 at za = -5 cm. Source 1 has charge -5 uC while source 2's charge is 3 uC.
Item 5 Part A Which of the following best describes the sign of the source charge Q and test charge q in the image below? (due to charge Q) F (due to charge Q) Qis positive and q is positive Q is positive and q is negative Q is negative and q is positive Q is negative and q is negative
2. Three charges: q1, q2 & q3 are shown in the figure below. Point P is the upper right corner of the rectangle. Distance a is 25cm and distance b is 10cm. If q1 = q3 = +1.2nC and q2 = -0.9 nC: i. On your answer sheet, sketch the electric field at P due to q1, q2 & q3. ii. What is the magnitude of the net electric field y component at position P? ii. What is the magnitude of the net electric field x component at position P? iv. What are the magnitude and direction the net electric field at position P? What is the potential at point p, due to these three charges? v.
5. Two charges are separated as shown in figure below. What is the electric field at point P (k = 9 x 10- N m: C+) where qA= 75 micro C and qB= - 40 micro c P 3 m 2 m
Find the electric field at point P. E= ___N/C at ___ degrees wrt the +x axis Round numerical values to nearest whole numbers
only number 4
1. Calculate the resultant electric field at point P in the diagram below. 2 cm 1 cm +10 mC -20 mC 1 cm +10 mC