One electron, which is initially at rest, was released in a uniform electric field. It accelerated horizontally to the right direction and travelled 250 cm after it was released for 5 us. Assuming that the effect of gravity is negligible, determine the electric field's magnitude and direction. a. 1.1 N/C (to the left) b. 1.1 N/C (to the right) c. 0.57 N/C (to the left) d. 0.57 N/C (to the right)
One electron, which is initially at rest, was released in a uniform electric field. It accelerated horizontally to the right direction and travelled 250 cm after it was released for 5 us. Assuming that the effect of gravity is negligible, determine the electric field's magnitude and direction. a. 1.1 N/C (to the left) b. 1.1 N/C (to the right) c. 0.57 N/C (to the left) d. 0.57 N/C (to the right)
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![One electron, which is initially at rest, was released in a uniform electric field. It accelerated
horizontally to the right direction and travelled 250 cm after it was released for 5 us.
Assuming that the effect of gravity is negligible, determine the electric field's magnitude
and direction.
a. 1.1 N/C (to the left)
b. 1.1 N/C (to the right)
c. 0.57 N/C (to the left)
d. 0.57 N/C (to the right)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa109a3aa-952b-4b57-b198-064a64f7a0eb%2Ffcfb01ef-6f8e-4a18-a890-d371fdcc9484%2Fqwzgjj_processed.png&w=3840&q=75)
Transcribed Image Text:One electron, which is initially at rest, was released in a uniform electric field. It accelerated
horizontally to the right direction and travelled 250 cm after it was released for 5 us.
Assuming that the effect of gravity is negligible, determine the electric field's magnitude
and direction.
a. 1.1 N/C (to the left)
b. 1.1 N/C (to the right)
c. 0.57 N/C (to the left)
d. 0.57 N/C (to the right)
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