Part A Part B Part C Part D Part E Explain why the path of the particle is a hel

Question

Part A Part B Part C Part D Part E Explain why the path of the particle is a helix. Essay answers are limited to about 500 words (3800 characters maximum, including spaces). Essay answers are limited to about 500 words (3800 characters maximum, including spaces). Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Submitted, grade pending Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Since path of particle is superposition of circular motion, (due to magnetic field) and straight line motion of particle itself, it is a helical path. Part F Part G Determine the cyclotron frequency of the particle. Part H Part I Part J    =   Try Again; 5 attempts remaining

Explanation / Answer

m = 2.45*10-15 kg, B = -0.110 T k, v = 1.05*106 (-3 i + 4 j + 12 k), |F| = 1.30 N, q = -2.25*10-6 C

F) speed in xy plane = u = 1.05*106 [(-3)2 + 42] = 5.25*106 m/s

mu2/R = |q|u|B|

R = mu/(|qB|) = 0.0520 m

T = 2m/|qB| = 6.22*10-8 s

H) x = R = 0.0520 m

J) z = vz*(2T) = 1.57 m

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