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5. An electron has an instantaneous velocity of i = (-1,5x10* m/s)î + (3.0x106 m/s)î is moving through the uniform magnetic field B = -(0.037)î + (0.15 T)ĵ and the uniform electric field of Ē = (-2N/C)î+(3ª)î + (2.6÷) k a) Find the force on the electron due to the magnetic and electric filed. b) Calculated the acceleration of the proton under the magnetic and electric filed.

5. An electron has an instantaneous velocity of i = (-1,5x10* m/s)î + (3.0x106 m/s)î is moving through the uniform magnetic field B = -(0.037)î + (0.15 T)ĵ and the uniform electric field of Ē = (-2N/C)î+(3ª)î + (2.6÷) k a) Find the force on the electron due to the magnetic and electric filed. b) Calculated the acceleration of the proton under the magnetic and electric filed.

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5. An electron has an instantaneous velocity of i = (-1,5x10ª m/s)î + (3.0x106 m/s)î is moving through the uniform magnetic field B = -(0.037)î + (0.15 T)ĵ and the uniform electric field of Ē = (-2N/C)î+ (3ª)s + (2.6~) k a) Find the force on the electron due to the magnetic and electric filed. b) Calculated the acceleration of the proton under the magnetic and electric filed.
Transcribed Image Text:5. An electron has an instantaneous velocity of i = (-1,5x10ª m/s)î + (3.0x106 m/s)î is moving through the uniform magnetic field B = -(0.037)î + (0.15 T)ĵ and the uniform electric field of Ē = (-2N/C)î+ (3ª)s + (2.6~) k a) Find the force on the electron due to the magnetic and electric filed. b) Calculated the acceleration of the proton under the magnetic and electric filed.
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