рΣπερχεcanA water molecule (H2O) has a dipole moment of 6.17 x 10-30 C. m. A water molecule located at the origin whose dipole moment P points in the +x-direction. A chlorine ion(CI), of charge -1.60 × 10-19 C, is located at x = 2.99 × 10-9 m. Find the size and direction of the electric force that the water molecule exerts on the chlorine ion. Assumethat x is much larger than the separation d between the charges in the dipole, so that the approximate expression for the electric field along the dipole axis E =be used, where p is the dipole moment, and x is the distance between ions.magnitudeNIs this force attractive or repulsive?attractiveO repulsive

Answered: Image /qna-images/answer/b4965996-2e7c-4ec2-9662-8bdef037bec4.jpg

Answered: р Σπερχε can A water molecule (H2O) has…

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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A +2.00 nC point charge is at the origin, and a second -5.00 nC point charge is on the x-axis at x = 0.800 m. What is the electric field at x = 1.20 m? 268 N/C, +x-direction 268 N/C, -x-direction 159 N/C, -x-direction 159 N/C, +x-direction
Say we want to make the x component of the net force on the electron to be zero and we are only allowed to add charges to q2 only. How many electron or proton do we need to add to q2? Number of electron/proton need to be added to q2?
A solid plastic ball has a radius of 6.0 cm and has a charge of +3.o nC ( in nano-Coulombs) that is uniformly distributed throughout its volume. Imagine there is a proton being held 1.5 cm away from the surface of the solid plastic ball, and then the proton is released. The proton will accelerate away from the ball, as we know, due to the repulsive electric force. Assuming the ball doesn't move, how fast is the proton moving when it is 5.5 cm away from the surface of the ball?
ST At a distance of 48.7 cm from a very long (essentially infinite) uniform line of charge, the electric field strength is 1,866 N/C. At what distance (in cm) from the line will the field strength be equal to 811 N/C? X
A small, rigid object carries positive and negative 4.00 nC charges. It is oriented so that the positive charge has coordinates (-1.20 mm, 1.20 mm) and the negative charge is at the point (1.70 mm, -1.30 mm). (a) Find the electric dipole moment of the object. c.mi+ c-mj (b) The object is placed in an electric field E=(7.80 x 10³ 1-4.90 x 103 j) N/C. Find the torque acting on the object. Nm-Select-v (c) Find the potential energy of the object-field system when the object is in this orientation. (d) Assuming the orientation of the object can change, find the difference between the maximum and the minimum potential energies of the system.
Assume that the charged particle is a proton of charge q=+e. The proton is released fromrest at the positive plate. In this case, each of the two oppositely charged plated which are d=2cm apart has a charge per unit area of σ=5μC/m2 . what is the speed of the protons as it strikes thesecond plate?
An electric dipole consists of a particle with a charge of -2 x 10–6 C at the origin and a particle with a charge of +2 x 10–6 C on the y-axis at y = -4 x 10–3 m. Its dipole moment is Select answer from the options below 0 C · m, because the net charge is 0 . 8.0 x 10–9 C · m, in the negative x-direction. 8.0 x 10–9 C · m, in the negative y-direction. 8.0 x 10–9 C · m, in the positive x-direction. 8.0 x 10–9 C · m, in the positive y-direction.
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An electric dipole consists of a particle with a charge of +5.4x106 C at the origin and a particle with a charge of -5.4 x 10-6 Con the x axis at x = 9.7x 10 m. Its dipole moment is: O 5.24e-8 O 5.24e-5 5.24e-7 0.00
A small, rigid object carries positive and negative 2.00 nC charges. It is oriented so that the positive charge has coordinates (-1.20 mm, 1.00 mm) and the negative charge is at the point (1.30 mm, -1.30 mm). (a) Find the electric dipole moment of the object. X c.mî+ c.mj (b) The object is placed in an electric field E = (7.80 x 10³ 1-4.90 x 10³1) N/C. Find the torque acting on the object. XN-m - m ---Select--- (c) Find the potential energy of the object-field system when the object is in this orientation. 7x J (d) Assuming the orientation of the object can change, find the difference between the maximum and the minimum potential energies of the system. X ₁
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