07.31: James Clerk Ma5:a: 9xlinlu :;.c1bs gxyvamxwell's great contribution to electromagnetic theory was hisgv 5cayia1 ;n:.lx9 sbxum:: l idea that

  03.42: A uniform electric field is 5oc 98hc z4jn vuj5 ny*hz6oo7directed out of the plane of the page, contained within the circular region shown in the diagram. The magnitude of this field increases at a constant rate. What is the direction of the induced magnetic field atyuv4 *hcoj8 5zno75c hj6n9z o the point labeled A in the diagram?

  09.47: A spatially uniform electric field is constrained within the ci:nwlmblh(s9 zd/ g )tz6s0xk lg-jts1u8, 6xprcular region of radius R as shown. The field is directed out of the plane of the page and its strength is increasing uniformly in time. What is the direction of the fonzm16du/6(p x-9gwjsllst 0 8 )t,zbgk x:lshrce on the proton in the figure if the proton is moving to the right at the instant shown? Ignore gravity

  12.50: A spatially uniform electric field is constrained within the circular re6l0y0 5mny alsq3z68o2x iuk fgion of radius R as shown. The field is directed out of the plane of the page and its strength is decreasing uniformly with time. Which one of the following choices best represents the direction of the Lorentz force on the electron at the in0 85q2lx6ouz m0as6knylf3yistant shown in the figure when the electron is moving up the plane of the page? Ignore gravity