(II) Suppose electrons enter the uniform electric field mid- way between two plates, moving at an upward 45° angle as shown in Fig. 21–-59. What maximum speed can the elec- trons have if they are to avoid striking the upper plate? Ignore fringing of the field. - 6.0 cm ZE=5.0× 10³ N/C [1.0 cm FIGURE 21-59 Problem 58.

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p-6 Please I need help with this question needed very clearly and step by step explanation and NEEDED ONLY TYPED SOLUTIONS PLEASE NO HANDWRITTEN please, will be really appreciated for your help.

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(II) Suppose electrons enter the uniform electric field mid-
way between two plates, moving at an upward 45° angle as
shown in Fig. 21–59. What maximum speed can the elec-
trons have if they are to avoid striking the upper plate?
Ignore fringing of the field.
6.0 cm
E=5.0×10ʻN/C [1.0 cm
E++++ ++++
FIGURE 21-59 Problem 58.
Transcribed Image Text:(II) Suppose electrons enter the uniform electric field mid- way between two plates, moving at an upward 45° angle as shown in Fig. 21–59. What maximum speed can the elec- trons have if they are to avoid striking the upper plate? Ignore fringing of the field. 6.0 cm E=5.0×10ʻN/C [1.0 cm E++++ ++++ FIGURE 21-59 Problem 58.
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