The question as follows:
'Muons are very short-lived particles that are created when energetic protons collide with each other. A beam of muons can be produced by very high-energy particle accelerators.
The high-speed muons produced for an experiment by the Fermilab accelerators are measured to have a lifetime of 5.0 microseconds. When these muons are brought to rest, their lifetime is measured to be 2.2 microseconds.
Calculate the velocity of the muons as they leave the accelerator.'
Now diagram thingy of sorts...
It's mainly the whole algebra bit, you know removing the square roots, where to put the numbers, etc. I am not very good at that. I also suspect I might even be using the wrong equation, but since muons were in the time dilation section, I decided to safely assume this was the right equation to use.
'Muons are very short-lived particles that are created when energetic protons collide with each other. A beam of muons can be produced by very high-energy particle accelerators.
The high-speed muons produced for an experiment by the Fermilab accelerators are measured to have a lifetime of 5.0 microseconds. When these muons are brought to rest, their lifetime is measured to be 2.2 microseconds.
Calculate the velocity of the muons as they leave the accelerator.'
Now diagram thingy of sorts...
It's mainly the whole algebra bit, you know removing the square roots, where to put the numbers, etc. I am not very good at that. I also suspect I might even be using the wrong equation, but since muons were in the time dilation section, I decided to safely assume this was the right equation to use.