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184_projects:sorting_hawkions [2022/08/16 19:50] – dmcpadden | 184_projects:sorting_hawkions [2023/11/08 18:12] (current) – dmcpadden | ||
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==== Project: Sorting Hawkions ==== | ==== Project: Sorting Hawkions ==== | ||
- | Since your team was so successful at creating the magnetic field detector | + | Since your team was so successful at creating the magnetic field detector, the Lakeviewians have now hired you to analyze other characteristics of the mystery particles. The particles |
<code python> | <code python> | ||
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- What does an "if statement" | - What does an "if statement" | ||
- You calculated the force in the code, which has to be from something and on something. What is the force from and what is it on in the code? | - You calculated the force in the code, which has to be from something and on something. What is the force from and what is it on in the code? | ||
+ | - What would create a constant magnetic field? | ||
- Why do you get circular motion for the particles? | - Why do you get circular motion for the particles? | ||
+ | - Do the particles speed up or slow down as they go through the magnetic field? Do the particles have an acceleration? | ||
- How would you calculate the magnetic force on a charge? (Pick an magnetic field & charge velocity and do a sample calculation) | - How would you calculate the magnetic force on a charge? (Pick an magnetic field & charge velocity and do a sample calculation) | ||
+ | - Suppose you had two particles that were different isotopes of carbon. One particle is a Carbon-12 atom that is singly ionized, and the other particle is a Carbon-14 atom that has been singly ionized. If both particles are sent through a slot with a speed of 56.3 m/s into a 3 T magnetic field (shown below), where would they land? | ||
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+ | {{ 184_notes: | ||
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