There are two point charges: q*1=5nC at the coordinate point (a, a) and q2=-5nC at the coordinate point (-a, - a) (in meters) K = 9 * 10^-9N a) Make a diagram of the charges and draw the electric field vector at the coordinate points (-a, a) y (a, - a) b) Knowing that at the point (-a,a) a charge q0 = 4nC experiences a force given by F= -5*10^-9 j-5* 10^-9j(N) determine the value of a, Calculate the electric potential at the point (0, 0) at (0,5). c) Calculate the potential created by q1 and q2 at the points (0, 0) y (a, 0), taking the value of a calculated in the previous section. explain the procedure used to obtain it, step by step
There are two point charges: q*1=5nC at the coordinate point (a, a) and q2=-5nC at the coordinate point (-a, - a) (in meters) K = 9 * 10^-9N a) Make a diagram of the charges and draw the electric field vector at the coordinate points (-a, a) y (a, - a) b) Knowing that at the point (-a,a) a charge q0 = 4nC experiences a force given by F= -5*10^-9 j-5* 10^-9j(N) determine the value of a, Calculate the electric potential at the point (0, 0) at (0,5). c) Calculate the potential created by q1 and q2 at the points (0, 0) y (a, 0), taking the value of a calculated in the previous section. explain the procedure used to obtain it, step by step
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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There are two point charges: q*1=5nC at the coordinate point (a, a) and q2=-5nC at the coordinate point (-a, - a) (in meters) K = 9 * 10^-9N
- a) Make a diagram of the charges and draw the electric field vector at the coordinate points (-a, a) y (a, - a)
- b) Knowing that at the point (-a,a) a charge q0 = 4nC experiences a force given by F= -5*10^-9 j-5* 10^-9j(N) determine the value of a, Calculate the electric potential at the point (0, 0) at (0,5).
- c) Calculate the potential created by q1 and q2 at the points (0, 0) y (a, 0), taking the value of a calculated in the previous section.
explain the procedure used to obtain it, step by step
![Se tienen dos cargas puntuales: q1= 5 nC en el punto de coordenadas (a, a) y
q2= -5nC en el punto de coordenadas (-a,-a) (en metros) K=9x10⁹ N
a) Hacer un esquema de las cargas y dibujar el vector campo eléctrico en
los puntos de coordenadas (-a, a) y (a,-a).
b) Sabiendo que en el punto (-a.a) una carga q0 = 4nC experimenta una
fuerza dada por F= -5x10-i-5x10-j(N), determinar el valor de a,
calcular el potencial eléctrico en el punto (0,0) y en el (0,5).
c) Calcular el potencial creado por q1 yq2 en los puntos (0,0) y (a,0).
tomando como valor de a el calculado en el apartado anterior.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F188a4107-5820-49ba-a53d-5aa8df600886%2Fbbcc374d-2553-4c0c-a0f9-3e7091df0c71%2F5semh7c_processed.png&w=3840&q=75)
Transcribed Image Text:Se tienen dos cargas puntuales: q1= 5 nC en el punto de coordenadas (a, a) y
q2= -5nC en el punto de coordenadas (-a,-a) (en metros) K=9x10⁹ N
a) Hacer un esquema de las cargas y dibujar el vector campo eléctrico en
los puntos de coordenadas (-a, a) y (a,-a).
b) Sabiendo que en el punto (-a.a) una carga q0 = 4nC experimenta una
fuerza dada por F= -5x10-i-5x10-j(N), determinar el valor de a,
calcular el potencial eléctrico en el punto (0,0) y en el (0,5).
c) Calcular el potencial creado por q1 yq2 en los puntos (0,0) y (a,0).
tomando como valor de a el calculado en el apartado anterior.
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