An electron in a region of a uniform electric field E=5x10 4 V/m is initially at rest at the origin. Find (a) the speed when the electron arrives point A which is 10 mm away from the origin. (b) If the electron enters a uniform magnetic field B = 5 T with its velocity in a direction perpendicular to magnetic field after point A as shown, the electron moves in a circular path. Find the radius of the path and draw the path with the direction of motion of electron. m=9,1*10-31 kg and e=1,6x10-16 C
An electron in a region of a uniform electric field E=5x10 4 V/m is initially at rest at the origin. Find (a) the speed when the electron arrives point A which is 10 mm away from the origin. (b) If the electron enters a uniform magnetic field B = 5 T with its velocity in a direction perpendicular to magnetic field after point A as shown, the electron moves in a circular path. Find the radius of the path and draw the path with the direction of motion of electron. m=9,1*10-31 kg and e=1,6x10-16 C
Related questions
Question
An electron in a region of a uniform electric field E=5x10 4 V/m is initially at rest at the
origin. Find
(a) the speed when the electron arrives point A which is 10 mm away from the origin.
(b) If the electron enters a uniform magnetic field B = 5 T with its velocity in a direction perpendicular to magnetic field after point A as shown, the electron moves in a circular path. Find the radius of the path and draw the path with the direction of motion of electron.
m=9,1*10-31 kg and e=1,6x10-16 C
Transcribed Image Text:E-5x10 у/m
X)
X)
X)
X)
(X)
X)
(X)
B
A
X)
X)
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 2 images
