The direction of the magnetic force on the proton is A. To the right. B. To the left. +, C. Into the screen. D. Out of the screen. N E. The magnetic force is zero.
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- Question 12 Charged spheres I, II, and III are located as shown below. = −6.50 µC 1 41 20.0 cm The net electrostatic force on sphere I is: 911 = +3.50 µC II 10.0 cm 9m=+2.80μC Question 13. The path of a charged particle travelling perpendicularly through a uniform magnetic field is deflected due to and the speed of the charged particle will 77 O L G C2) a) Which physical law is the basis for the continuity equation? b) Write continuity equation in differential form. c) Write two equations that each stand for magnetostatic case. d) An agglomeration of protons, that we shall treat as a point, explodes. 10 protons per second fly in all directions on average. What is the sign of div ?⃗(?⃗) at the position of the agglomerate? e) Write out div ?⃗(����⃗). Hint: remember what a delta function does to a volume integral.The image below shows two bar magnets that are fixed in place (they can't move). There is a proton moving E, that is just about to enter the magnetic field. Which one of these statements best describes the motion of the proton while it is between the magnets? (a) proton continues to move right in a straight line (b) proton curves down, and hits magnet (c) proton stops and moves left (d) proton curves up and hits magnet
- 02A) a proton moves at 7.50 x 10 perpendicular to a magnetic field. The field causes the proton to travel in a circular path of radiusim What is the field strength? (a) at what speed will a proton move in a circular path of the same radius as the electron (b) What would the radius be if the proton had the same momentum?A permanent magnet has field lines as shown below. An electron moves out of the screen toward you at point A. The direction of the magnetic force on the electron is best represented by D 2. 3. 4. 5. 6. zero none of these O 1. O 2. О з. O 5. O 6. 4.1. Find the radius of a proton’s orbit when it moves perpendicular to a magnetic field of 0.55 T with a speed of 6 27 105 . × m / s.