Find the wavelength of the moving proton
How close can two protons get is one is at rest and the other has a kinetic energy equal to the average energy at T=10^7 K.
What is the wavelength of the moving proton and how does it compare with the minimum seperation radii of between two protons?
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The electron-volt, eV, is a unit of energy (1eV = 1.602 ·10–19 J, 1 MeV = 1.602 ·10–13 J). Since the unit of momentum is an energy unit divided by a velocity unit, nuclear physicists usually specify momenta of nucl
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How close can two protons get is one is at rest and the other has a kinetic energy equal to the average energy at T=10^7 K.What is the wavelength of the moving proton and how does it compare with the minimum seperation radii of between two protons?
Two charged particles are located along the x-axis, +4uC at the origin (0,0) and -8uC at the point (2m,0).Derive an equation for the magnitude and direction of the electric field along the x axis. (Hint there is a point on the negative x axis where t
An isolated cylindrical capacitor consists of two concentric conducting cylinders of length L. The innder cylinder has a radius Ra and the outer cylinder has a radius Rb. The indder conductor has a charge +Q and the outer conductor has a charge -Q.De
The following four expressions are representing simple harmonic motion in one dimension.x(t)=C1e^(jwt) +C2(-ewt).x(t) = B1 cos(wt) + B2 sin(wt).x(t)=Acos(wt+phi).x(t)=ReCe^(jwt).Find out what the constants are for one in terms of another.
A rigid, closed, insulated container with a volume of 45 ft^3 is filled with carbon dioxide at a pressure of 14.7 psia and a temperature of 90 degrees F. A 100-W electric-resistance heater inside the tank is energized for 10minutes.Calculate the mass
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