If a capacitor has a capacitance of 11.4 μF and we wish to lower the potential difference across the plates by 24.6 V, what magnitude of charge will we have to remove from each plate?

Q: Given two particles with Q = 4.30-µC charges as shown in the figure below and a particle with charge…

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Q: Two parallel plates have equal and opposite charges. When the space between the plates is evacuated,…

A: Given,The electric field between the plates, E= 5.40×105 V/mIf the space between the space is filled…

Q: A 23 x 10-6 C point charge is held at rest with uniform electric field of 9 N/C directed in the +x…

A: To find the potential difference

Q: Two parallel plates (with a dielectric in between) each have an area of 28.2 cm2. The E-field…

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Q: Given two particles with Q=1.70-μC charges as shown in the figure below and a particle with charge q…

A: Disclaimer: Since you have posted a question with multiple sub-parts, we will solve first three sub…

Q: When a potential difference of 156 V is applied to the plates of a parallel-plate capacitor, the…

A: The potential difference is, V = 156 V.The surface charge density is,  = The expression for…

Q: Two large, horizontal metal plates are separated by 0.020 m. A small plastic sphere is suspended…

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Q: A 6 F capacitor is charged to a potential of 80 V. How much charge (in Coulombs or C) is stored on…

A: Let C be the capacitance of the capacitor and V be the applied voltage. The charge(Q) on each plate…

Q: In the early 1900s, Robert Millikan used small charged droplets of oil, suspended in an electric…

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Q: A squared parallel-plate capacitor with side length of 40 ?? and a spacing of 5 ?? is charged…

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Q: A pair of conducting plates is oppositely charged, such that the positive plate carries 3C of…

A: Charge carried by positive plate = 3 C Potential difference between the plates (Vi) = 5 volts After…

Q: Two point charges of magnitude 4 nC and 5 nC are separated by 39 cm. What is the potential…

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Q: Given two particles with Q = 3.80-μC charges as shown in the figure below and a particle with charge…

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Q: A 6.8 μF parallel plate capacitor has 160 μC of charge on its plates. If the plates are 2 mm apart,…

A: Step 1:Given informationd=2 mmQ=160μCC=6.8μFStep 2:First we will find the electric potential…

Q: A dust particle with mass of 4.3×10−2 g and a charge of 2.0×10−6 Cis in a region of space where the…

A: Here given a dust particle of mass 4.3 × 10-² gm and charge 2×10-⁶ C is in a region in space. Here…

Q: Calculate the potential difference between points A and B (V = Vb - Va)

A: given data: Charge Q1=1.2μC Charge Q2=-3.3 μC Distance between the charge Q1 and Q2, r1=0.12m…

Q: Two conducting spheres with diameters of 0.300 m and 1.00 m are separated by a distance that is…

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Q: A 197-V potential difference is applied across an air-filled parallel plate capacitor with a plate…

A: Given that Potential difference (∆V)=197 V. Seperation (d)=2.62 mm Capacitance (C) =38.1 pF

Q: 41 a 92 b 93 Three point charges q1 = 6 µC, q2 = -3 µC and q3 are located as shown in the figure…

A: Given: The magnitude of the charge at a= 3.5 cm from the origin is q1 = 6 μC The magnitude of the…

Q: Consider a capacitor whose plates are squares 10 centimeters on a side separated by an air gap of…

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Q: Two plates of area 50.0 cm are separated by a distance of 0.0150 cm. If a charge separation of…

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Q: (a) How much charge can be placed on a capacitor with air between the plates before it breaks down…

A: Given value--- Area = 6 cm2.  We have to find--- charge on capacitor for both conditions?

Q: Capacitance  Problem 8:   A 0.058 μF capacitor is being held at a potential difference of 254 μV.…

A: Please see the attached image for the solution.If there are queries or if the image is not loading,…

Q: 24 x 10-6 C point charge is held at rest within a uniform Electric field in the +x direction…

A: Concept used: Electric field for infinite sheets oppositely charged infinite sheets is given by sum…

Q: A 25 x 10-6 C point charge is held at rest within a uniform electric field in the +x direction…

A: charge (q) = 25×10-6C surface charge density (σ) = 5.55×10-10Cm2