A uniformly charged rod of length L and the total charge Q is given in the figure. Y Part A What is the vertical component of electric field (E) magnitude at point P due to a uniformly charged rod of length L=9 m and the total charge Q=73.5 µC (Take k=8.99*10 (9) N.m^2/C^2) View Available Hint(s) Ey = Submit ΜΠΑΣΦ C ? 3 d=1 m 3
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- A net flux of 6.75×10^4N⋅m2/C passes inward through the surface of a sphere of radius 5.25 cm. a. What is the net charge, in coulombs, contained within the sphere? b. Which statement best describes the distribution of the charge inside the sphere? All of the charge is concentrated in a point charge. The flux indicates the net charge enclosed in the surface, but it yields no information about the distribution of the charge. The charge can be distributed in many different ways, but the distribution must be spherically symmetric. Both positive and negative charges are contained within the sphere, but most of the charges cancel yielding the net charge obtained in the previous step. The charge is uniformly distributed throughout the volume of the sphere. The charge is distributed over a thin spherical shell within the sphere.P Two charges, Q1= 3.00 µC, and Q2= 5.90 µC are located at points (0,-3.00 cm ) and (0,+3.00 cm), as shown in the figure. 2, What is the magnitude of the electric field at point P, located at (6.00 cm, 0), due to Q1 alone? Submit Answer Tries 0/99 What is the x-component of the total electric field at P? Submit Answer Tries 0/99 What is the y-component of the total electric field at P? Submit Answer Tries 0/99 What is the magnițude of the total electric field at P? Submit Answer Tries 0/99 Now let Q2 = Q1 = 3.00 µC. Note that the problem now has a symmetry that you should exploit in your solution. What is the magnitude of the total electric field at P? Submit Answer Tries 0/99 Given the symmetric situation of the previous problem, what is the magnitude of the force on an electron placed at point P? Submit Answer Tries 0/99Three identical charges (q = -6.3 µC) lie along a circle of radius 2.3 m at angles of 30°, 150°, and 270°, as shown in the figure below. What is the resultant electric field at the center of the circle? 150° 30° 270° b. N/C Need Help? Read It
- Ans: 651Part a) A +6 nC charge is located 3.6 meters to the right of a +5 nC charge. Determine the magnitude of the electric field at the midpoint of the two charges. Express your answer as a positive number in N/C. Part b) A 10 nC charge generates an electric field within an isolated chamber. At a point a distance d meters away from the charge, the electric field is measured to be 4 N/C. Determine d in meters. Use k=9 x109 for the electric constant.ZA A There are two infinite sheets A and B in the figure above. The charge density of sheet A is, o A 24 µC/m²and the charge density of sheet B is, OB 22 μC/m' b)Calculate the magnitude of net electric field at the point pi for both the infinite sheets. magnitude of net electric field Give your answer to at least three significance digits. NC
- Using Gauss's Law to calculate the electric field of a spherical object 2 Question 12: a) What is the volume charge density p = for a uniformly charged solid insulating sphere of radius R and with total charge Q? Sketch a graph of p as a function of radius, r; note the radius R is marked in the graph. R b) For some radius r R outside the uniformly charged solid sphere, how much charge is contained within a sphere of radius r?A -1.11 nC point charge is located inside a cavity of a hollow sphere of conducting material with charge 6.72 nC and of radius 10.0 cm. Calculate the electric field 0.473 m from the point charge in units of N/C. Assume answers are in the radial direciton such that if the field points radially away your answer will be positive and if the field points radially in your answer will be negative. Give your numerical result to 3 significant figures and type in the units after your numerical answer.10. Ā = -2â + -3ŷ and B = -4â + -4ŷ. Calculate R = Ã+B. Calculate 0, the direction of R. Recall that 0 is defined as the angle with respect to the +x-axis. A. 49.4° B. 130.6° C. 229.4° D. 310.6°
- Point charge A is on the x-axis at z = -3.00 cm. At x = 1.00 cm on the x-axis its electric field is 2700 N/C. Point charge B is also on the x-axis, at a = 5.00 cm. The absolute magnitude of charge B is twice that of A. Part A Find the magnitude and direction of the total electric field at the origin if both A and B are positive. Express your answer in newtons per coulomb. Enter positive value if the field points in +x-direction and negative value if the field points in -x-direction. Ez = N/C Part B Find the magnitude and direction of the total electric field at the origin if both A and B are negative. Express your answer in newtons per coulomb. Enter positive value if the field points in +x-direction and negative value if the field points in -x-direction. E = N/Cf Two charges q₁ and 92 are placed to either end of the hypotenuse of a right triangle, with a = 5 [cm], b = 8 [cm] and c = 9.43 [cm], as shown in the figure. The magnitude of q1 is 8 [uC] but its sign is unknown. At point P, the direction of the net electric field E, created by the two charges, is entirely in the negative y-direction. P a. b. 0 = 91 a 0 C C. below box). b Find the sign of 91 Calculate the angle between sides a and c. 92 Calculate 92 (Show all your calculation steps by typing in the d. Deduce the magnitude of E (Show all your calculation steps by typing in the below box). FAn infinitely long object consists of an inner cylinder of radius a which has a uniform positive volume charge density p > 0 and a concentric thin cylinder of radius b which has a uniform negative surface charge density o0 Figure 7: A cross-sectional view of two cylinders c) Calculate the electric field for r > b. b 0 <0 d) Calculate the electric potential difference for rSEE MORE QUESTIONS