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part i prove ue - pdotefor a dipole in a uniform electric field note that torque on the dipole is not constant and
for each part of this question address it in two ways by drawing and interpreting appropriate geometrical diagrams and
part a at what rate does the sun radiate energy given that its essentially a spherical blackbody with radius 696x108m
part a a square with 05 m sides has point charges of 265 x 10-6 c placed on three corners calculate the magnitude of
part a suppose there are 10000 civilizations in the milky way galaxy if the civilizations were randomly distributed
two polarizers are oriented at 50 o to one another unpolarized light falls on them1 what fraction of the light
what is the width of the slit parallel light rays with a wavelength of 580 nm fall on a single slit on a screen 300 m
a particle of charge 282 x 10-6 c is 159 cm distant from a second particle of charge -155 x 10-6 c calculate the
a particle with charge -3 muc and a mass 01kg is in a uniform electric field it travels parallel to the field for 20 cm
a particle with a charge of 520 nc is in a uniform electric field vector e directed to the left it is released from
a particle of a charge 73 microcoulombs and mass 38 x 10-8 kg is traveling perpendicular to a 16-t magnetic field as
a particle has a charge of q 560 microcouloumbs and is located at the coordinate origin as the drawing shows an
a particle with charge q 800 x 10-6 c and mass m 150 x 10-4 kg is moving parallel to the earths surface at a speed of
a particle with a mass m 18 x 10-15 kg and magnitude of charge q 60 x 10-6 c is projected into the uniform field
a particle is at rest and is acted upon by 3 forces f g and hforce f has a magnitude of 10n and is directed to the
a particles position is described by the equation belowa sketch the position as a function of time between 0 and 100
a particle travels in a circle of radius 82 cm and with a centripetal acceleration of 47 ms2 how long does the particle
for a particular rlc series circuit the capacitive reactance is 335omega the inductive reactance is 481 omega and the
a particular species of copepod a small marine crustacean emits a flash of light consisting of 14x1010 photons at a
in each of the parts of this question a nucleus undergoes a nuclear decay determine the resulting nucleus in each
some passengers on an ocean cruise may suffer from motion sickness as the ship rocks back and forth on the waves at one
consider a confocal symmetric resonator rd75cm calculate a the free spectralrange 2 can this resonator be used to
a patient with a pacemaker is mistakenly being scanned for an mri image a 100 cm long section of pacemaker wire moves
a pendulum of length l with a bob of mass m swings back and forth at the low point of its motion point q the tension in