Recent content by CM Longhorns
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Scattering Cross-Section from a Central Force
Resolved. I derived it the second way. Thanks- CM Longhorns
- Post #5
- Forum: Advanced Physics Homework Help
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Scattering Cross-Section from a Central Force
Do I calculate the impact parameter in terms of vo using equations of orbital motion?- CM Longhorns
- Post #3
- Forum: Advanced Physics Homework Help
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Scattering Cross-Section from a Central Force
Homework Statement An object from space (like an asteroid) approaches Earth. A collision will occur if the scattering cross-section is less than π*Re2. If the distance of closest approach is much greater than Re, no collision would occur. Find an implicit expression for the cross-section in...- CM Longhorns
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- Central force Cross-section Force Scattering
- Replies: 4
- Forum: Advanced Physics Homework Help
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Find the Lagrangian of a System of Particles
I worked out this problem in the mean time. You are correct! I see that the potential increases with z, which can be determined to be 2Lcosθ. The gravitational potential energy is thus U = 3Lcosθ*mg when we account for g's effect on each mass. The kinetic energy I have determined as well. Then...- CM Longhorns
- Post #3
- Forum: Advanced Physics Homework Help
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Find the Lagrangian of a System of Particles
Homework Statement Ok, so in this system, there are two point particles of mass M connected by massless levers of length L. The pair of masses pivots about the upper point and rotates about the axis at an angular frequency ω. The lower mass is constrained to slide on the vertical axis. The...- CM Longhorns
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- Lagrangian Particles System System of particles
- Replies: 3
- Forum: Advanced Physics Homework Help
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What is the total flux flowing through a spherical Gaussian surface?
Homework Statement Consider a uniformly charged sphere (an insulating sphere of radius R,) and a spherical Gaussian surface with radius R/2 concentric to the sphere. What is the total flux flowing through the Gaussian surface? Homework Equations Vsphere= (4∏R^3)/3 Asphere= 4∏R^2 Gauss' Law...- CM Longhorns
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- Flux Gaussian Gaussian surface Spherical Surface
- Replies: 1
- Forum: Introductory Physics Homework Help