Please help with the 2 questions in example 26.1 As Checkpoint 26.6 demonstrates, the effect of the slabis to make the electric field in part of thecapacitor plates zero, thus reducing the magnitude of thepotential difference between the plates for a given amountof charge on them. As the next example shows, the converseof this fact is that, for a given potential difference between itsplates, the capacitor can store more energy with the slab in-serted than it can without the slab, In otheT words, the slabincreases the capacitor's capacity to store charge.spacebetween theExample 26.1 Metal-slab capacitorinSuppose the capacitor in Figure 26.9 has a plate separation dis-Lance d and the plates carry charges +q and 14 when the capaci-lor is connected to a battery that maintalns potential differenceVan between its terminals. Ifa metal slab of thickness d/2 Is in-serted midway between the platles while the batlery remains con-nected, what happens to (a) the magnitude of the electric fieldbetween the plales and (b) the quantity of charge on the plates?Outarthed/the(b)douGETTING STARTED I am given the plate separalion distanceand plate charges for a capacitor connected to a battery and Imust delermine how the electric field magnitude between theplates and the quantily of charge on each plate change when ametal slab is inserted. Because the capacitor remains connectedto The battery, the potential difference across the capacitor isUxed. Because the slab is conducting, the electric field inside theab is always ZETO.mea.conntweerIknoCnce.decrea Figure 26.9 Inserting a conducting slab between the plates of a parallel-plate capacitor(a)(b)meta sरab+4Teetren altengg themseiveN Ao thatlecticficl wthin sla N zero.26.6 Suppose flie capacilor n Tigure 26.918 charged andthen dsouecled from the battery. () She cond ing slabs inserted in the capacitor, as in Figure 26.9 does the amountDl tharge onfhe capacitor plates incease, decredse. or slay thcsanie )Hopuch charge accunulate hside of theslab onte itAnsurted? a What is the potential ditlerenceacross thhe nuela

When you insert a metal slab or a conducting slab inside a parallel plate capacitor, its capacitance…

Suppose the capacitor in Figure 26.9 has a plate separation dis- tance d and the plates carry charges +q and Fq when the capaci- tor is connected to a battery that maintains apotential difference V between its terminals. If a metal slab of thickness d/2 is in- serted midway between the plates while the battery remains con- nected, what happens to (a) the magnitude of the electric field between the plates and (b) the quantity of charge on the plates?

Suppose the capacitor in Figure 26.9 has a plate separation dis- tance d and the plates carry charges +q and Fq when the capaci- tor is connected to a battery that maintains apotential difference V between its terminals. If a metal slab of thickness d/2 is in- serted midway between the plates while the battery remains con- nected, what happens to (a) the magnitude of the electric field between the plates and (b) the quantity of charge on the plates?

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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