Consider a proton, a deuteron (nucleus of deuterium, i.e., Hydrogen-2), and an alpha particle (nucleus of Helium-4), all with the same speed. These particles enter a region of uniform magnetic field B, traveling perpendicular to B. What is the ratio of the deuteron's orbital radius to the proton's orbital radius? 1/2 1/v2 V2 2 Submit Answer Tries 0/16 What is the ratio of the alpha particle's orbital radius to the proton's orbital radius? O 1/2 1/v2 V2 Submit Answer Tries 0/100 For the next two questions, consider the situation in which all three particles have the same kinetic energy. What is the ratio of the deuteron's orbital radius to the proton's orbital radius? 1/2 1/v2 v2 Submit Answer Tries 0/16 What is the ratio of the alpha particle's orbital radius to the proton's orbital radius? 1/2 1/v2 1 V2 2

Consider a proton, a deuteron (nucleus of deuterium, i.e., Hydrogen-2), and an alpha particle (nucleus of Helium-4), all with the same speed. These particles enter a region of uniform magnetic field B, traveling perpendicular to B. What is the ratio of the deuteron's orbital radius to the proton's orbital radius? 1/2 1/v2 V2 2 Submit Answer Tries 0/16 What is the ratio of the alpha particle's orbital radius to the proton's orbital radius? O 1/2 1/v2 V2 Submit Answer Tries 0/100 For the next two questions, consider the situation in which all three particles have the same kinetic energy. What is the ratio of the deuteron's orbital radius to the proton's orbital radius? 1/2 1/v2 v2 Submit Answer Tries 0/16 What is the ratio of the alpha particle's orbital radius to the proton's orbital radius? 1/2 1/v2 1 V2 2