Please solve only d and ed) Using Gauss’s Law, and with adequate explanation derive an expression for the electric field outside the metal shell, r>c,e) What is the charge on the inner surface of the metal shell? explain A Problem 4 exam 1 phys 120 s21.pdf - Adobe Acrobat Pro DCFile Edit View Sign Window HelpHomeToolsUniversity Physics w.Problem 1 exam 1 ..Problem 1 exam 1 ..Problem 2 exam 1 ...Problem 3 exam 1 ..Problem 4 exam 1. x(?1 / 1135%Search toolsCreate PDFA uniformly charged sphere, made of insulating material,Combine Fileshas a radius a and a total charge of 2Q. The sphere isEdit PDFconcentric with a conducting spherical shell that has innerradius b and outer radius c. (see figure). The shell hasFEATUREDA Adobe Signharge of 2Q as welll. Fill & Signaa) Using Gauss's Law, and with adequate explanation,derive an expression for the electric field inside thesphere, rc,Protect% More Toolse) What is the charge on the inner surface of the metal shell? explainActivate WYoud current plan is CreativeGo to Settings to activatedoud ows.Learn More7:19 PMO Type here to searchw』人O ENG99+2/9/202124

(d) definition of gauss law is as follows the flux of the electric field through any closed surface…

Answered: d) Using Gauss’s Law, and with adequate…

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E =5N ocet 50N In the above sketch the box is a cube of side 2.0 cm. An electric field of magnitude 50 N/C enters the box and a field of 5.0 N/C exits the box, as shown. Using Gauss's Law find the charge sitting inside the box. You can choose your own i,j,k co- ordinate system.
A group of four charges and four Gaussian surfaces are shown in the figure. The charges have values q1 = 5 nC, q2 = -5 nC, q3 = 16 nC, and q4 = -19 nC. a.) What is the flux through the first surface, S1, in Nm2/C? b.) What is the flux through the second surface, S2, in Nm2/C? c.) What is the flux through the third surface, S3, in Nm2/C? d.) What is the flux through the fourth surface, S4, in Nm2/C?
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Problem 4: who is right? Two parallel, infinite planes of charge have charge densities +20 and -o as shown in Fig. 1 They are at a distance L, from each other. Three students are asked to determine the electric field at points A and B, at a distance L above the top plane, and at a distance L below the bottom plane, respectively, as shown in the figure. Each student comes up with a different answer and a different explanation. Read carefully their statements below. The students are reminded that the electric field magnitude of an infinite plane of charge with charge density a is E = . +26 3+26 Figure 1: Two cquivalent views of the two infinite parallel planes • Student 1 draws the sketch in Fig. 2 [top] and says: "I think from the outside we can think of the two planes as a single infinite plane with charge density +20 - o =0, so then we know the electric field must be a/(2) pointing upwards at point A and also o/(2c) pointing doumwards at B". • Student 2 draws the sketch in Fig. 2…
A line of uniform charge Q runs along the y-axis from 0 to L. What is the electric field at the position (x0, 0)? Solve by creating an integral and simplifying it
A small plastic ball of mass m = 3.00 g is suspended by a string of length L = 17.0 cm in a uniform electric field, as shown in the figure below. If the ball is in equilibrium when the string makes a ? = 17.0° angle with the vertical as indicated, what is the net charge on the ball? answer in uc

d) Using Gauss’s Law, and with adequate explanation derive an expression for the electric field outside the metal shell, r>c, e) What is the charge on the inner surface of the metal shell? explain