How frequently a collision takes place in a collider

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To determine the frequency of collisions in a collider with a 27 km circumference and four collision points, the calculation shows that collisions occur every 22 microseconds at each point. Key information needed includes the current density of the particle beams and their speed, which is indicated to be accelerated up to 45 GeV. The problem suggests a context similar to CERN's LHC, emphasizing the importance of understanding beam dynamics for accurate calculations. Without additional data, such as particle density, precise collision frequency cannot be confirmed. The discussion highlights the need for comprehensive parameters to solve collider-related problems effectively.
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Homework Statement



If its circumference is 27km, and there are 4 equally spaced points where the beams collide, show a collision takes place every 22 microseconds at each one of the collision points

Homework Equations



I don't know where to start, which equation should I use?

The Attempt at a Solution

 
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Hi there,

From my point of view, your problem is lacking quite a few information. From the information you are giving, it sounds very much like the CERN's LHC.

To figure out how many collisions take place, you need to know at least the current density of the beam, and the speed of the particles.

Cheers
 
That's what I thought, but that is all the information that I have been given to solve it...
 
ah, it says they are accelerated up to 45GeV...
 
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