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1) Compute the maximum increase in photon wavelength that can occur through Compton scattering.
2) What is the energy (in electron volts) of the smallest-energy x-ray photon for which Compton scattering could result in doubling the original wavelength?
A can of sardines is made to move along an x axis fromx1 = 0.22 m tox2 = 1.22 m by a force given byF = iF0exp(-0.36x), How much work is done on the can by the force
a cessna aircraft has a lift-off speed of 120 kmh.a what minimum constant acceleration does the aircraft require if the
a charged 30 of capacitor is connected to a 27 mh inductor. what is the angular frequency of free oscillations of the
A stone used to grind wheat into flour is turned through 12 revolutions by a constant force of 21.6 N applied to the rim of a 9.2-cm-radius shaft connected to the wheel
question1in a ldquorotor-riderdquo at a carnival people rotate in a vertical cylindrically wallednbspldquoroom.rdquo if
For the Second part, are you required to take the inner product of the x f(x) and df/dx , and evaluate to make sure that they converge to a finite value in order to make the determination that it is in hilbert space?
A hammer taps on the end of a 4.20 m-long metal bar at room temperature. A microphone at the other end of the bar picks up two pulses of sound, What is the speed of sound in this metal
Two objects are moving along the x axis with velocities of 37 m/s (object 1) and -15 m/s (object 2). which object has the greater mass
we consider a solid ball of mass 0.50 kg and radius 10 cm rolling down an incline without slipping. suppose the ball
A cyclist is using cranks with a length of 17cm and a front sprocket of radius 10cm. while standing up she places her body weight onto the forward pedal. the crank is initially horizontal and the force in the pedal is equal to body weight. cyclist..
He pulls on a rope that is fastened to the platform and runs over a pulley on the ceiling. Illustrate with what force does he have to pull in order to give himself and the platform an upward acceleration of 1.0 m/s^2?
Consider an airplane flying at Mach 4 at 70,000 feet. A shock is formed due to supersonic flow. Find the total pressure at the nose using 3 approaches
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