Consider the dipole in Figure 7.20 with the charge magnitude of q=3.0nCq=3.0nC and separation distance d=4.0cm.d=4.0cm. What is the potential at the following locations in space? (a) (0, 0, 1.0 cm); (b) (0, 0, –5.0 cm); (c) (3.0 cm, 0, 2.0 cm). I am not sure how they book got the numbers in the denominater like .07, .03, .05. can someone explain this to me? Mail - Sh XE 7.3 Calcu xE Ch. 6 Intr XE AnswerCoursesBb Blackboa x E applicati XE writingC Name.C Xx +A openstax.org/books/university-physics-volume-2/pages/7-3-calculations-of-electric-potential#fs-id1167585020408( University Physics Volume 27.3 Calculations of Electric PotentialE Table of contentsE My highlightsSearch this bookElectric Cnarges anu ielusElectric Potential of a Dipole•6 Gauss's LawConsider the dipole in Figure 7.20 with the charge magnitude of q = 3.0 nC and separation distanced = 4.0 cm. What is the potential at the following locations in space? (a) (0, 0, 1.0 cm); (b) (0, 0, -5.0 cm);-7Electric PotentialIntroduction(c) (3.0 cm, 0, 2.0 cm).Add a note..7.1 Electric Potential Energy7.2 Electric Potential andZAPotential Difference7.3 Calculations of ElectricPotential+ q = 3.0 nC• (3.0 cm, 0, 2.0 cm)7.4 Determining Field fromPotential(0, 0, 1.0 cm)7.5 Equipotential Surfaces andConductorsd = 4.0 cm 07.6 Applications ofElectrostatics• Chapter Review•8 Capacitanceq = -3.0 nC•9 Current and Resistance• 10 Direct-Current Circuits• 11 Magnetic Forces and Fields• 12 Sources of Magnetic Fields• 13 Electromagnetic Induction• 14 Inductance• (0, 0, -5.0 cm)• 15 Alternating-Current Circuits• 16 Electromagnetic WavesA IIUnitoFiaure 7 20A general diagram of an electric dinole and the notation for the distances12:12 PM45°FENG2/10/2022...(8) Mail - Sh XE 7.3 Calcu xE Ch. 6 Intr XE AnswerCoursesBb Blackboa x E applicati XE writingC Name.C Xx +A openstax.org/books/university-physics-volume-2/pages/7-3-calculations-of-electric-potential#fs-id1167585020408( University Physics Volume 27.3 Calculations of Electric PotentialE Table of contentsSearch this bookE My highlightsElectric Cnarges anu ielus•6 Gauss's Law-7Electric PotentialFigure 7.20 A general diagram of an electric dipole, and the notation for the distancesfrom the individual charges to a point P in space.Introduction7.1 Electric Potential EnergyStrategy7.2 Electric Potential andNPotential DifferenceApply Vp = kto each of these three points.7.3 Calculations of Electric1PotentialSolution7.4 Determining Field fromPotentialNli(9.0 x 10° N - m²/C²) (ri3.0 nС0.010 m3.0 nC0.030 ma. Vp = k= 1.8 x 103 V7.5 Equipotential Surfaces andConductorsNli7.6 Applications ofElectrostatics3.0 nC(9.0 x 10° N m?/C²) (3.0 nCb. Vp = k)= -5.1 x 10² V0.070 m0.030 m• Chapter ReviewNlic. Vp = k)3.0 nC(9.0 x 10° N · m² /C²) ( 3.0 nC= 3.6 x 10 V0.030 m0.050 m•8 Capacitance•9 Current and ResistanceSignificance• 10 Direct-Current CircuitsNote that evaluating potential is significantly simpler than electric field, due to potential being a scalar• 11 Magnetic Forces and Fieldsinstead of a vector.• 12 Sources of Magnetic Fields• 13 Electromagnetic Induction• 14 InductanceCHECK YOUR UNDERSTANDING 7.9• 15 Alternating-Current Circuits• 16 Electromagnetic WavesCheck Your Understanding What is the potential on the x-axis? The z-axis?A IIUnito12:13 PM45°FENG2/10/2022...(8)

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Answered: Consider the dipole in Eigure 7.20 with…

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter7: Electric Potential

Section: Chapter Questions

Problem 96AP: Your friend gets really excited by the idea of making a lightning rod or maybe just a sparking toy...