Find the electric flux between one plate and the other.  Don’t use Gauss’s law, you can more easily multiply the electric field by the area (remember, flux is electric field times area if both of these things are constant, which they are here).  How much flux does each arrow represent?

Q: am stuck on how to solve this problem.  Find the electric field at the location of qa in the figure…

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Q: Three point like charges of equal magnitude are going to be placed at the corners of the rectangle…

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Q: A uniform electric field of magnitude 2.7 x 10 N/C is perpendicular to a square sheet with sides 2.5…

A: Magnitude of electric field, E = 2.7 × 10⁴ N/C Length, L = 2.5 m We know, The area will be: A = L²…

Q: E R 2R

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Q: s the electric flux thro

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Q: Four concentric spheres S₁, S₂, S3, and 5, are arranged as in the figure below and each charge in…

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Q: Charges of +2q, +q, and -q are distributed in an area as shown above. Consider a Gaussian surface…

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Q: A uniform spherical charge distribution (as shown in the figure below) has a total charge of 27.3 mC…

A: Given data :  Total charge = 27.3 × 10-3 C Radius of sphere R = 16 × 10-2 m

Q: The colored regions in the figure below represent four three-dimensional Gaussian surfaces A through…

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Q: A uniform electric field with strength, E, is passing through a spherical surface with radius, d, as…

A: From the question, a uniform electric field with strength E is passing through a spherical surface…

Q: Example: A rod of length, has a uniform positive charge per unit length A and a total charge Q.…

A: Consider an element of length dx at distance x from point P.dq = λdx Total charge on the rod is Q =…

Q: q1 = 5.5 µC q2 = -8.3 µC %3D 14. Draw and label a vector diagram for the electric field at point A…

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Q: If the electric field of a point charge were proportional to 1/r3instead of 1/r2, would Gauss’s law…

A: The electric field is proportional to E α 1r3 TO DETERMINE: Whether the Gauss's law is valid when E…

Q: Question 3: Calculating flux of closed surface The figure below shows four sides of a 3.0cm x 3.0cm…

A: We are given a cube. Each  of its face is a square. We are given magnitude of electric field. We are…

Q: The figure shows a plastic ring of radius R = 50.4 cm. Two small charged beads are on the ring: Bead…

A: Given data:  The radius of the plastic ring is R = 50.4 cm=50.4×10-2 m=0.504 m The charge on bead 1…

Q: A circular rod has a radius of curvature R = 9.01 cm and a uniformly distributed charge Q = 6.62 pC…

A: Let assume two small elements dq from the rod one from each half of the rod. At centre of curvature…

Q: Consider a very thin semi-circle of charge as shown, with radius of R. Explain with words and…

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Q: Two thin hollow concentric spheres are shown below. The inner sphere, S1, has a radius of R1 and a…

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Q: surface, as sha Calculate the electric flux through the surface.

A: Electric field Effect = 2000N/C Each side a= 2.8mm = 2.8x10-3 m Surface area A =(2.8x10-3)2 m2 =…

Q: Three small spheres q1, 92 and q3 are located inside closed surfaces with cross-sections shown in…

A: Given data:  Three small spheres All sphere have same amount of charge  q1 and q3 are positively…

Q: A charge q sits at the back corner of a cube as shown in the figure. The electric flux through the…

A: Answer Given  Charge is placed at a corner of a cube. According to Gauss law the total flux from a…

Q: Calculate the net electric field in N/C generated at point P, r = (1.15x10^-1) metres from charge q1…

A: Given data  Charge (q1) = 4.9520×100 nC Distance of point P from q1 (r) = 1.15×10-1 m

Q: A line of charge starts at x = +x, and extends to posi- tive infinity. The linear charge density is…

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Q: In this section you will draw the electric fields of several simple charge configurations. While you…

A: Electric flux calculation through a surface enclosing a charge gives the information of the charge…

Q: -5.10 nC, The colored regions in the figure below represent four three-dimensional Gaussian surfaces…

A: Given,   q1=+5.10 nC =+ 5.10 x10-9 C              q2=-5.10 nC = -5.10 x10-9 C and       q3=+8.90 nC…

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.