2) A charged capacitor is given below. The capacitor is made from two sheets with area 3.2 m² separated by a distance of 1.25x103 m and initially empty. A Charge of mass 7.5x10€ kg and charge +82 µC is placed at location "A". When it reaches location "B" it is moving with a speed of 25 m/s. 1.25x103 m 6.4x104 m A B TABLE 17-3 a. Determine the voltage difference between points "A" Dielectric Constants (at 20°C) and "B" b. If the distance between points "A" and "B" is 6.4x10* Dielectric Dielectric strength (V/m) constant Material m. determines the size of the electric field inside the Vacuum 1.0000 capacitor. 3х 10 10 x 10 Air (1 atm) 1.0006 c. What is the electric field at point “C"? (No Paraffin 2.2 Polystyrene 2.6 24 x 10 calculations required!) Vinul (nlactic) 50 Y 100 %3D
2) A charged capacitor is given below. The capacitor is made from two sheets with area 3.2 m² separated by a distance of 1.25x103 m and initially empty. A Charge of mass 7.5x10€ kg and charge +82 µC is placed at location "A". When it reaches location "B" it is moving with a speed of 25 m/s. 1.25x103 m 6.4x104 m A B TABLE 17-3 a. Determine the voltage difference between points "A" Dielectric Constants (at 20°C) and "B" b. If the distance between points "A" and "B" is 6.4x10* Dielectric Dielectric strength (V/m) constant Material m. determines the size of the electric field inside the Vacuum 1.0000 capacitor. 3х 10 10 x 10 Air (1 atm) 1.0006 c. What is the electric field at point “C"? (No Paraffin 2.2 Polystyrene 2.6 24 x 10 calculations required!) Vinul (nlactic) 50 Y 100 %3D
Chapter8: Capacitance
Section: Chapter Questions
Problem 48P: A parallel-plate capacitor is made of two square plates 25 cm on a side and 1.0 mm apart. The...
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solve question 2 A-G please
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