Explain the reasoning you used to obtain your answer to the previous two questions. A. A positively charged particle is located in a region of uniform magnetic field as shown below. The particle is at rest at point A. Choose the vector from the figure at far right that best represents the direction of the magnetic force on the particle. i out of page O 7 = 0 j into page k zero Charged particle at rest at point A in uniform magnetic field O a Ob O c O d O e Of O 8 Oh Oi Oj OKC. Now consider a positively charged particle located near a current carrying wire (current is toward the top of the page). The particle moves to the right at point A as shown. i out of page j into page k zero Positively charged particle moving to the right at point A Choose the vector from the figure at right above, that best represents the direction of the magnetic force on the particle at point A. O a Ob O c Od O e Of O g Oh Oi Oi OKExplain the reasoning you used to obtain your answer to the previous question. D. The diagram below depicts a positively charged particle located near a current carrying wire (current is out of the page). The particle moves to the right at point A as shown. 5 i out of page A. j into page k zero Positively charged particle moving to the right at point A Choose the vector from the figure at right above that best represents the direction of the magnetic force on the particle at point A. O a Ob O c Od e Of O g Oh Oi Oj OKExplain the reasoning you used to obtain your answer to the previous question. B. Now suppose the charged particle is in the uniform magnetic field shown below. At t = 0, the particle is at point A and has a velocity vector up and to the right as shown. i out of page j into page k zero Charged particle moving up and to the right at point A in uniform magnetic field Choose the vector from the figure at far right that best represents the direction of the magnetic force on the particle at point A. O a Ob O c O d O e Of O 8 Oh Oi Oi OK