Three particles of equal charge,X,Y,and Z,enter a uniform magnetic field B.X has velocity of magnitude v parallel to the field.Y has velocity of magnitude v perpendicular to the field.Z has equal velocity components v parallel and perpendicular to the field.Rank the radii of their orbits from least to greatest. A)R_x = R_y

Question

Three particles of equal charge,X,Y,and Z,enter a uniform magnetic field B.X has velocity of magnitude v parallel to the field.Y has velocity of magnitude v perpendicular to the field.Z has equal velocity components v parallel and perpendicular to the field.Rank the radii of their orbits from least to greatest. A)R_x = R_y < R_z. B)R_x < R_y < R_z. C)R_x = R_y = R_z. D)R_x > R_y > R_z. E)R_x < R_y = $\sqrt { 2 } \times R _ { z }$ .

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The Answer of Three particles of equal charge,X,Y,and Z,enter a uniform magnetic field B.X has velocity of magnitude v parallel to the field.Y has velocity of magnitude v perpendicular to the field.Z has equal velocity components v parallel and perpendicular to the field.Rank the radii of their orbits from least to greatest. A)R_x = R_y < R_z. B)R_x < R_y < R_z. C)R_x = R_y = R_z. D)R_x > R_y > R_z. E)R_x < R_y = $\sqrt { 2 } \times R _ { z }$ .

Three Particles of Equal Charge,X,Y,and Z,enter a Uniform Magnetic Field 2×Rz\sqrt { 2 } \times R _ { z }2​×Rz​

Three Particles of Equal Charge,X,Y,and Z,enter a Uniform Magnetic Field $\sqrt { 2 } \times R _ { z }$