(1I) An electron is projected at an angle 0 26° from the horizontal from the point located halfway between two horizontal plates of length L = 3.63 cm and separatec by d = 1.07 cm. A uniform field directed upwards, of modulus E = 103 N/C, exists between the plates. Find the minimum an maximum values of the modulus of the initial velocity vo of the electron so that it does not hit any of the plates. (Both answers should end with 10^6)
(1I) An electron is projected at an angle 0 26° from the horizontal from the point located halfway between two horizontal plates of length L = 3.63 cm and separatec by d = 1.07 cm. A uniform field directed upwards, of modulus E = 103 N/C, exists between the plates. Find the minimum an maximum values of the modulus of the initial velocity vo of the electron so that it does not hit any of the plates. (Both answers should end with 10^6)
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![d
(II) An electron is projected at an angle 00 =
26° from the horizontal from the point
located halfway between two horizontal
plates of length L = 3.63 cm and separated
by d = 1.07 cm. A uniform field directed
upwards, of modulus E = 103 N/C, exists
between the plates. Find the minimum and
maximum values of the modulus of the
%3D
initial velocity vO of the electron so that it
does not hit any of the plates. (Both
answers should end with 10^6)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F239bd250-dfd5-4a1f-8927-7e8f0573d28f%2F9cdeae7f-f0a3-46c5-9a4f-76cf58a79d52%2Fv5w35kq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:d
(II) An electron is projected at an angle 00 =
26° from the horizontal from the point
located halfway between two horizontal
plates of length L = 3.63 cm and separated
by d = 1.07 cm. A uniform field directed
upwards, of modulus E = 103 N/C, exists
between the plates. Find the minimum and
maximum values of the modulus of the
%3D
initial velocity vO of the electron so that it
does not hit any of the plates. (Both
answers should end with 10^6)
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