Physics for Scientists and Engineers with Modern Physics (4th Edition)

Chapter 23

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The magnitude electric field due to one charge ... more

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Potential difference between any two points can be... more

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Sign of electric potential felt at a particular ... more

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The helium atom has 4 electrons. If two electrons... more

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A mass moving with a particular velocity possesses... more

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The final speed of the negatively charged particle... more

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The electric field in the region with the same ... more

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To maintain the same potential at every point on ... more

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NoYesNo ; Potential at a point from a charged body... more

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At the ends of the conductor.  ; Surface charge ... more

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NoNoDistance between the required point and the ... more

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Yes, if the spacing between equipotential lines is... more

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Uniform electric field implies that the electric ... more

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The potential energy is negative for a system of a... more

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-0.71 V ; According to energy conservation, the ... more

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; Work done by an electric field in moving a ... more

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3280 VPlate B ; The work done by the electric ... more

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-53.8 V ; Work done by the external force and work... more

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30 m ; The ratio of the potential difference to ... more

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; The distance between the two parallel ... more

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; Air can get ionized due to the high voltage of ... more

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; Consider that the electric field is uniform ... more

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0.012 m 46 nC ; The minimum radius of the ... more

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; When a pair of objects are rubbed together, one... more

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; The electric field produced by a metal plate ... more

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; The electric field due to a long wire is radial... more

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  ; Consider that the electric field between two ... more

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; Plot of vs : ; Plot of vs : ; The orange ... more

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; The charge enclosed in the spherical surface of... more

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  ; The potential at a point is the work done to ... more

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0.34 J ; The potential at the midpoint of the line... more

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; The charged particles are initially at rest. ... more

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; The charged particles are initially at rest. ... more

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; The potential due to a system of charges at a ... more

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; The entire annular disc of charge can be ... more

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; The linear charge density of a charged body is ... more

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29 m/s ; The ring can be divided into many ... more

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; The diagram shows the conductor AB with length... more

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; The diagram shows the conductor AB with length... more

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; The circular disk can be considered as a ... more

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; The electric field lines are directed normal to... more

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2 mm ; The electric field due to a plane sheet of ... more

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Electric potential due to a point charge is equal ... more

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; The negative rate of the electric potential due... more

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on the plate at on the other plate  ; The ... more

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; The formula to calculate the electric field is... more

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; The negative rate of the electric potential due... more

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; Electric potential is only varying in the x-... more

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; The work done to move a charge from a point to ... more

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-62.5 kV ; According to the law of conservation of... more

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; Change in potential is given by the product of ... more

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250 MeV.Even though the calculated kinetic energy ... more

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; The charge is uniformly spread throughout the ... more

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at 273 K, at 2700 K ; The formula to calculate ... more

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;   The above figure shows a rough sketch of the ... more

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; Rough sketch of the arrangement of the Cathode ... more

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; The shape of the raindrop can be considered as ... more

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600 V ; The charge of magnitude readily spreads ... more

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; Charges are of the same sign and magnitude, ... more

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1.5 J ; The formula to calculate the potential ... more

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Yes ; The force of gravity on the electron is ... more

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-7.9 J ; The formula to calculate the potential ... more

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; The electron when accelerated towards the ... more

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0.13 m/s ; Initially when the given charges are at... more

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; The formula to calculate the potential at a ... more

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; To find the electric field between the central ... more

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; The total energy of the system is conserved ... more

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Graph of v/s : ; Graph script of v/s : ; In the ... more

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; To find the electric potential at distance ... more

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