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Location C is 0.02 meter from a small sphere that has a charge of 4 nC uniformly distributed on its surface. Location D is 0.06 meter from the sphere. Obtain the change in potential along a path C to D?
A 2.4 kg iron ball is dropped from a height of 14 m onto a concrete roadway, What is the ball's increase in temperature
two train whistles a and b each have a frequency of 392 hz. a is stationary and b is moving toward the right away rom a
charges 4q and -q are located at the points -2a00 and -a00 respectively. write down the potential ?xy for points in the
If the 2 kg mass slides on a horizontal frictionless surface, what is the speed of the mass 4 kg while it has fallen a distance 0.4 m downward from its rest position.
as a physics demonstration a fire syringe is used to demonstrate the high temperatures that can be reached inside a
describes the net gravitational force on the particle due to the shell? zero if the particle is at the center of the shell but nonzero at other locations within the hollow zero for any location of the particle within the hollow.
The inductance of a closely wound coil is such that an emf of3.0 mV is induced when the current changes at the rate of4.6 A/s. Calculate the inductance of the coil
The angular speed of an automobile engine isincreased at a constant rate from 1500rev/min to 2500 rev/min in13 s. How many revolutions does the engine make during this13 s interval
A point charge causes an electric flux of -760 N·m2/C to pass through a spherical Gaussian surface of 15.0 cm radius centered on the charge. how much flux would pass through the surface
A 9.0 cm-diameter disk emits light uniformly from its surface. 20 cm from this disk, along its axis, is an 7.0 cm-diameter opaque black disk; the faces of the two disks are parallel. 20 cm beyond the black disk is a white viewing screen. The light..
The gravitational constant would be easy to gauge if ordinary matter were denser. What would the density of a sphere of radius 1.18 m have to be in order to produce a gravitational acceleration of 1.02 m/s2 at the surface of the sphere?
The dipole moment of a water molecule is6.2×10−30 C·m. What is the electric potentialdue to this dipole at a distance of 1.60e-5 m, ina direction 60° from the direction of the moment vector?
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