Select all correct statements about the particle's motion. Be careful to distinguish velocity and speed (which is the magnitude of velocity). The z component of the particle's velocity is constant. The particle's speed is constant. The x component of the particle's velocity is constant. The particle's velocity is constant. The y component of the particle's velocity is constant.
Select all correct statements about the particle's motion. Be careful to distinguish velocity and speed (which is the magnitude of velocity). The z component of the particle's velocity is constant. The particle's speed is constant. The x component of the particle's velocity is constant. The particle's velocity is constant. The y component of the particle's velocity is constant.
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The answer to this problem IS NOT
-The partilcle speed is constant
-The particle velocity is constant
AND
-The y compononent of the particles velocity is constant.
The person that answered this question the first time got it wrong. Thank you.
Transcribed Image Text:Use the image below (qfig1.png) to answer the following three questions. It depicts a
particle of charge q, mass m, and velocity i, moving in a magnetic field B of magnitude
0.1 teslas in the +x direction.
В
+y
+x
Transcribed Image Text:Select all correct statements about the particle's motion. Be careful to distinguish
velocity and speed (which is the magnitude of velocity).
The z component of the particle's velocity is constant.
The particle's speed is constant.
The x component of the particle's velocity is constant.
The particle's velocity is constant.
The y component of the particle's velocity is constant.
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