4. (20pts) A proton enters a uniform magnetic field region with a constant speed 9 = 1.9x107m/s as shown in the figure. The magnitude of the field is B = 17T. According to the coordinate system shown in the figure, (i) Calculate the magnitude and direction of magnetic force acting on %3D the proton in terms of the unit vectors when it enters the field region. (ii) Draw the orbit of the proton on the figure and calculate the orbital radius. (iii) Calculate the angular velocity of the proton. Problem 4 (iv) Calculate the period of motion.

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4. (20pts) A proton enters a uniform magnetic field region with a
constant speed 9 = 1.9x10’m/s as shown in the figure. The
magnitude of the field is B = 1T. According to the coordinate system
shown in the figure,
(i) Calculate the magnitude and direction of magnetic force acting on
the proton in terms of the unit vectors when it enters the field region.
(ii) Draw the orbit of the proton on the figure and calculate the orbital
radius.
(iii) Calculate the angular velocity of the proton.
Problem 4
(iv) Calculate the period of motion.
06.07.2021
srs O PREMIUM SOUND
DOFT
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Home
End
%3D
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NumLk
3 #
4 8
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81
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Transcribed Image Text:4. (20pts) A proton enters a uniform magnetic field region with a constant speed 9 = 1.9x10’m/s as shown in the figure. The magnitude of the field is B = 1T. According to the coordinate system shown in the figure, (i) Calculate the magnitude and direction of magnetic force acting on the proton in terms of the unit vectors when it enters the field region. (ii) Draw the orbit of the proton on the figure and calculate the orbital radius. (iii) Calculate the angular velocity of the proton. Problem 4 (iv) Calculate the period of motion. 06.07.2021 srs O PREMIUM SOUND DOFT EsC F3 F7 F9 F10 F11 F12 40 Insert PrntScr Delete Pg Up Pg Dn Home End %3D % & NumLk 3 # 4 8 7 { 81 91 O } E 8. A F GH ト
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