Question C: Consider the following spherical capacitor with inner plate's radius a=1 mm and outer plate's radius is 3 mm. The capacitor has two different dielectric materials as shown in the figure with e1=2.5, E12=3.5.

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A: Given: The train A moving  at velocity uA  = 40 m/s The deceleration of the train  aA      = -4 m/s2…

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A: Given The mass of the venus is mv=5×1024 kg. The distance between the venus and sun is R=0.7…

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A: The mass of freight car, m₁ = 33,000 kg   Velocity of freight car, u₁ = 0.950 m/s   Mass of hopper,…

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A: Given  charge on dipole = ± 1 nC Length of the dipole = 3 mm = 3 x 10-3 m Dipole is oriented along…

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A: Surface charge density of conducting drum is σ = 1.23×10-4

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Q: A cannon fires a shell with an initial velocity of 300 m/s at 62.0° above the horizontal. The shell…

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Q: Compare the kinetic energy of a 22,000 kg truck moving at 145 km/h with that of an 83.0 kg astronaut…

A: Given data: Mass of truck (mt) = 22,000 kg Velocity of truck (vt) = 145 km/h Mass of astronaut (ma)…

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A: Given, Density of water = 1000 kg/m3 Density of mercury = 13.6×103 kg/m3 We know that pressure at…

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A: Radius is R = 0.060  speed v = 3.96 m/s cross-section area A = πR2 A = 3.14 x(0.06)2 A = 0.0113 m2…

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Q: The position of a mass oscillating on a spring is given by (6.6cm) cos [2nt/ (0.79s)]. You may want…

A: Given data: Position of mass oscillating on spring as function of time x = (6.6 cm)cos[2πt/(0.79s)]…

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Q: Two point charges Q, = -60.0 µC and Q2 = 50.0 µC are separated by a distance d = 10.0 cm, as shown…

A: Given: Q1=-60×10-6C, Q2=50×10-6C, d1=0.1m, d2=0.04m The electric potential at point A due to Q1 is :…

Q: A small metal bead, labeled A, has a charge of 29 nC. It is touched to metal bead B, initially…

A: Initial charge on A = 29 nC Initial charge on B = 0 nC After touching and separating :The new charge…

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A: The Electric field and the magnetic field is from left to right . A charged particle is moving from…

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A: Given molar mass M = 253.8 g/mol = 0.2538 kg/mol

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Q: "hree charges are arranged as shown in the figure below. Find the magnitude and direction of the…

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Q: A 25 kg solid door is 220 cm tall, 90 cm wide. What is the door's moment of inertia for rotation on…

A: Given: Mass, M=25kgLength,l=220cm=220×10-2mWidth,w=90cm=90×10-2mEdge,d=13cm=13×10-2m The moment of…

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A: Height of the box is Note:Find:Height of the box in meters.

Q: A solid ball with a mass of 3.36 kg and a radius of 0.099 m starts from rest at a height of 4.40 m…

A: Given,mass of the solid ball, m = 3.36 kgradius of the ball, R = 0.099 mheight of the inclined…

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A: Given data, Intensity of the EM wave having amplitude E = 14 W/m2 Intensity of another wave = 28…

Q: Question12 A 6.87 kg bowling ball is dropped 2.42 m onto a large spring. If the bowling ball…

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Q: you drag a box with a distance D across a horizontal floor at a constant speed. by applying a force…

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Q: In the figure, a solid cylinder of radius 19 cm and mass 10 kg starts from rest and rolls without…

A: Given Cylinder radius (r)  = 19 cm = 0.19 m Mass (m)                = 10 kg Distance (L)…

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Q: A runaway train car that has a mass of 1.545 x 10 kg travels at a speed of 5.35 m/s down a track.…

A: mass of train (m) = 1.545×104 kg Initial speed (u) = 5.35 m/s force (f) =- 1.85×103 N final speed…

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Q: Consider the loop-de-loop track. A small round object with radius r<<R is placed on the track at…

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Q: 2. What is the smallest number of whole logs (density = 735 kg/m2, radius = 0.076 m, length = 2.82…

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A: From the given graph, we have to find that in which segments the car has undergone an interaction.

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Q: A container is filled with gas at a pressure of 4.87 x 10° Pa. The container is a cube, 0.100 m on a…

A: Given Pressure inside a container = 4.87 × 105 Pa side length of a cube = 0.100 m We have to…

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Q: A two-component mixture is made up of components A and B with nA=0.11ng. If a small change in…

A: In the given question, We have to calculate the value of change μB.

Q: Point charges of 7.60x10 Cand -8.20x10 C are placed 22.0 cm apart. A third point charge of 6.00x10…

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