The electric field between plates (A) is zero As the beam exits the space between plates (B), it has been deflected 2 0 mm downward (y 2 0 mm) In what direction is the beam moving now After the electrons in Example 16 9 pass through the anode, they are moving in the z direction at a speed of 8 4 10...

v 84 106 ms y 20 m v y 48 ms 2048 16 ms v y48 33 ms B Terminal velocity v2 y 0 Therefore the bea ...

The electric field between plates (A) is zero. As the beam exits the space between plates (B),

Question:

The electric field between plates (A) is zero. As the beam exits the space between plates (B), it has been deflected 2.0 mm downward (Δy = −2.0 mm). In what direction is the beam moving now?

After the electrons in Example 16.9 pass through the anode, they are moving in the z-direction at a speed of 8.4 × 10⁶ m/s. They then pass between a pair of vertical parallel plates

(A) (see Fig. 16.39) and then between a pair of horizontal parallel plates

(B). All four of these plates are squares 2.50 cm on a side. The plates of each pair are separated by 1.50 cm.