magnet in the Stern-Gérlach experiment of the figure below? Beam- Collimator Electromagnet Glass detector plate has a length w of 3.5 cm in the direction of the original beam. The speed of the atoms is 750 m/s. The mass Mof a silver atom is 1.8 x 10 -25 kg. A beam of silver atoms passes through a magnetic field gradient dB/dz of magnitude 1.6 T/mm that is set up along the z axis. This region
magnet in the Stern-Gérlach experiment of the figure below? Beam- Collimator Electromagnet Glass detector plate has a length w of 3.5 cm in the direction of the original beam. The speed of the atoms is 750 m/s. The mass Mof a silver atom is 1.8 x 10 -25 kg. A beam of silver atoms passes through a magnetic field gradient dB/dz of magnitude 1.6 T/mm that is set up along the z axis. This region
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What is the acceleration of a silver atom as it passes through the deflecting magnet in the Stern-Gerlach experiment of the figure
below?
Beam-
Collimator
Electromagnet
Glass
detector plate
A beam of silver atoms passes through a magnetic field gradient dB/dz of magnitude 1.6 T/mm that is set up along the z axis. This region
has a length w of 3.5 cm in the direction of the original beam. The speed of the atoms is 750 m/s. The mass M of a silver atom is 1.8 x10
-25 kg.
Number
i
Units
CBook
1
T
Q
tab
H
J
K
F
G
A
S
LO
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